牋牋牋牋牋 ______________牋牋 MODEL DATABASE FOR NAVCAD ___________12.06.2001____________

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 CORRELATING BARE-HULL PREDICTION TO KNOWN PERFORMANCE

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 ( 8 February 1994)

 

牋牋牋牋牋 The best of these methods have some statistical error and it is universally accepted that when

牋牋牋牋牋 applied correctly,a designer must typically still contend with about a five percent possible牋牋牋

牋牋牋牋牋 margin of error.

          ALIGNED PREDICTION

牋牋牋 Perhaps the most widely used application of aligned prediction is with the U.S. Navy抯

牋牋 憌orm curve factors抜n their Taylor standard series program.This application uses the

牋牋牋 Taylor series as the definitive tool to evaluate the resistance characteristics of a given

牋牋牋 hull-in conjunction with worm curve factors for a suitable hull to 憆ealign抰he Taylor

牋牋牋 prediction.

牋牋牋 * Displacement,Semi-displacement,Sailing yacht and Catamaran hulls following Froude抯

牋牋牋 Corresponding speed vs.resistance relat齩nships,NAVCAD抯 aligns a prediction as follows:

牋牋牋牋牋牋 Predict resistance parameters of the model using the chosen prediction method compare

牋牋牋 how well the prediction fares against known results by saying the actual-to-calculated

牋牋牋 ratios of the parameters record these ratios versus Froude number to create a correlation curve

牋牋牋 Modify the calculated prediction for the new subject hull per the correlation curve.

* Planning hulls Correlation of the planning hulls to model/parent data is much more

牋牋牋牋牋牋 complex than that for displacement type hulls.The effect of trim contributes to an牋牋牋

牋牋牋牋牋牋 additional variable, so that trim also needs to be correlated,as well as resistance.The key

牋牋牋牋牋牋 to the new system is in the use of a non-dimensional scaling coefficient reflecting the

牋牋牋 location of the longitudinal center of planning lift or pressure.This coefficient obviously is

牋牋牋 sensitive to the longitudinal center of gravity (LCG) and thus incorporates the effect of牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋

牋牋牋 LCG into the picture.Resistance and trim coefficients will need to be fit to a coefficient of

牋牋牋 speed.This speed coefficient is a beam-based Froude number divided by the lift-beam

牋牋牋 ratio.parent抯 actual coefficients versus calculated coefficients form the basis of the

牋牋牋 Planning hull aligned prediction in NAVCAD.

          EXTRAPOLATION

牋牋牋 A slightly different wrinkle to using known performance in resistance prediction is

牋牋牋 extrapolation.Simply described,an extrapolation predicts a vessel抯 resistance using a

牋牋牋 憇eries抩f only one model.

 

____COMPARATOR DEMO COPY FOR ORIGINAL MODELS TO SAV軹SKY REGRESSION METHOD-2000_______

牋牋

牋牋牋 Savitsky regression presents a group of equations used to determine equilibrium conditions

牋牋 And vessel resistance for hard-chine planning craft.Based on the well-established Savitsky

牋牋 Equations (where all forces pass through the center of gravity),this method determines dynamic

牋牋 Trim,porpoising stability and vessel resistance.

牋牋 Navcad also incorporates and modifications made to the Savitsky method by Blount and Fox.A method

牋牋 For parameter consistency and a multiplication factor to better evaluate the hump-speed range

牋牋 has been included.The bare hull planning resistance is determined from a complex eqilibrium

牋牋 condition of lift,drag and trim.

牋牋 This new 1260 pages sheets was prepared by Oktay 莈mberci.Original 65A,65B,62,Delft model was

牋牋 Compared to Savitsky regression method.Method is good for Volumetric Froude Number 2.5 to 6.00.

____________________________________________________________________________________________________________

 

牋牋 _____________DISPLACEMENT SHIP MODELS ______________________________________

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 W. F R O U D EC A R G OS H I PSeries
牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋08 December 1995

 

牋牋 ModelLpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋 Lcb/Lpp Lpp/VolVol/LwlS/Vol

 

牋牋 30 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7600.980+1.38F5.577牋牋 5.7666.154 *

牋牋 30 B 牋牋7.65牋牋 ----牋牋 2.25牋牋 0.7430.980+0.63F5.619牋牋 5.6386.180 *

牋牋 30 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7270.980-0.27A5.660牋牋 5.5166.204 *

牋牋 30 D牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7430.980+0.65F 5.619牋牋 5.6386.180 *

牋牋 30 F牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7430.980+0.54F5.619牋牋 5.6386.180 *

 

牋牋 47牋牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7640.980-0.39A5.567牋牋 5.7976.152 *

牋牋 49牋牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7220.980+1.62F5.673牋牋 5.4786.211 *

 

牋牋 50 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7430.980+0.68F5.619牋牋 5.6386.180 *

牋牋 50 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7430.980+0.54F5.619牋牋 5.6386.180 *

牋牋 55 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6980.980+1.73F5.737牋牋 5.2966.250 *

牋牋 55 D牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6770.980+0.64F5.796牋牋 5.1376.286 *

牋牋 56 A牋牋牋 7.65牋牋 ----牋牋 2.250.6770.980+0.80F5.796牋牋 5.1376.286 *

牋牋 56 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6770.980+0.86F5.796牋牋 5.1376.286 *

牋牋 56 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6560.980-0.34A5.857牋牋 4.9776.327 *

57 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7040.980-0.49A5.721牋牋 5.3426.239 *

牋牋 57 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6770.980+0.93F5.796牋牋 5.1376.286 *

牋牋 57 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6770.980 +0.63F5.796牋牋 5.1376.286 *

 

牋牋 67 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6530.980+2.04F5.866牋牋 4.9556.328 *

牋牋 68 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.8330.980+1.56F5.409牋牋 6.3206.069 *

牋牋 68 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7990.980-0.19A5.484牋牋 6.0626.106 *

牋牋 68 D牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.8120.980+0.47F5.455牋牋 6.1616.090 *

 

牋牋 86 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.8260.980-0.27A5.424牋牋 6.2676.077 *

牋牋 86 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.8120.980+0.43F5.455牋牋 6.1616.090 *

牋牋 86 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.8120.980+0.47F5.455牋牋 6.1616.090 *

 

牋牋 97 A牋牋牋 7.65牋牋 ----2.25牋牋 0.8120.980+0.51F5.455牋牋 6.1616.090 *

牋牋 97 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7960.980+1.19F5.491牋牋 6.0406.110 *

牋牋 97 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.8120.980+0.41F5.455牋牋 6.1616.090 *

 

牋牋 103 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6650.980+1.88F5.830牋牋 5.0466.307 *

牋牋 103 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6410.980+0.97F5.902牋牋 4.8646.356 *

牋牋 103 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6410.980+0.89F5.902牋牋 4.8646.356 *

牋牋 103 D牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6180.980-0.35A5.975牋牋 4.6896.406 *

牋牋 109 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6720.980-0.52A5.810牋牋 5.0996.294 *

牋牋 109 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6410.980+0.68F5.902牋牋 4.8646.356 *

牋牋 109 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6120.980+2.25F5.994牋牋 4.6446.417 *

牋牋 110 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6410.980+1.08F5.902牋牋 4.8646.356 *

牋牋 110 B牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.6410.980+0.67F5.902牋牋 4.8646.356 *

 

1069 A牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7550.980+1.91F4.716牋牋 9.5355.662 *

1069 B牋牋牋 7.65----牋牋 2.25牋牋 0.7520.980+1.75F4.722牋牋 9.4975.666 *

1069 C牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7550.980+1.85F4.716牋牋 9.5355.662 *

1069 D牋牋牋 7.65牋牋 ----牋牋 2.25牋牋 0.7520.980+2.39F4.722牋牋 9.4975.664 *

 

1131 A牋牋牋 8.00牋牋 ----牋牋 2.15牋牋 0.8100.980+1.17F5.540牋牋 5.8806.137 *

1131 C牋牋牋 8.00牋牋 ----牋牋 2.15牋牋 0.8100.980+1.30F5.540牋牋 5.8806.137 *

1131 D牋牋牋 8.00牋牋 ----牋牋 2.15牋牋 0.8110.980+1.30F5.538牋牋 5.8876.137 *

1131 E牋牋牋 8.00牋牋 ----牋牋 2.15牋牋 0.8040.980+0.67F5.554牋牋 5.8376.145 *

1158 B牋牋牋 8.00牋牋 ----牋牋 2.15牋牋 0.8100.980+1.43F5.540牋牋 5.8806.137 *

 

牋牋牋牋牋牋牋牋牋牋 * Estimated Values.Based C Values.ATTC.Ca=0

牋牋牋牋牋牋牋牋牋 * Literature = Methodical series of resistance experiments on ship models

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 The william Froude Laboratory牋牋牋牋牋牋牋牋牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋T A Y L O R牋牋 M O D E L牋牋 Series
牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 20 July 1996

 

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

牋牋牋 1牋牋牋 13.00牋牋 ----牋牋 2.93牋牋 0.5190.927-----牋牋 --?---牋牋 9.839牋牋 1.050牋牋 7.876

牋牋牋 2牋牋牋 13.91牋牋 ----牋牋 2.93牋牋 0.5190.926-----牋牋 --?---牋牋 9.845牋牋 1.048牋牋 7.886

牋牋牋 3牋牋牋 10.07牋牋 ----牋牋 2.93牋牋 0.5190.926-----牋牋 --?---牋牋 8.298牋牋 1.750牋牋 7.302

牋牋牋 4牋牋牋 10.77牋牋 ----牋牋 2.93牋牋 0.5920.926-----牋牋 --?---牋牋 8.302牋牋 1.748牋牋 7.307

牋牋牋 5牋牋牋 7.96牋牋 ----牋牋 2.93牋牋 0.5180.926-----牋牋 --?---牋牋 7.098牋牋 2.797牋牋 6.785

 

牋牋牋 6牋牋牋 8.52牋牋 ----牋牋 2.93牋牋 0.5930.926-----牋牋 --?---牋牋 7.098牋牋 2.796牋牋 6.786

牋牋牋 7牋牋牋 6.25牋牋 ----牋牋 2.93牋牋 0.5200.928 -----牋牋 --?---牋牋 6.032牋牋 4.557牋牋 6.132

牋牋牋 8牋牋牋 6.68牋牋 ----牋牋 2.93牋牋 0.5920.926-----牋牋 --?---牋牋 6.037牋牋 4.544牋牋 6.194

牋牋牋 9牋牋牋 5.31牋牋 ----牋牋 2.93牋牋 0.5180.926-----牋牋 --?---牋牋 5.4176.290牋牋 5.795

牋牋牋 10牋牋牋 5.68牋牋 ----牋牋 2.93牋牋 0.5920.926-----牋牋 --?---牋牋 5.417牋牋 6.292牋牋 5.891

 

牋牋 171牋牋牋 5.80牋牋 ----牋牋 3.75牋牋 0.5000.9250.640牋牋 --?---牋牋 6.317牋牋 3.967牋牋 6.424

牋牋 172牋牋6.80牋牋 ----牋牋 3.75牋牋 0.6910.9250.815牋牋 --?---牋牋 6.308牋牋 3.985牋牋 6.639

 

牋牋 173牋牋牋 3.90牋牋 ----牋牋 4.50牋牋 0.4630.9250.605牋牋 --?---牋牋 5.289牋牋 6.757牋牋 5.982

牋牋 174牋牋牋 4.30牋牋 ----牋牋 4.500.4630.9250.605牋牋 --?---牋牋 5.645牋牋 5.559牋牋 6.171

牋牋 175牋牋牋 5.00牋牋 ----牋牋 4.50牋牋 0.4630.9250.605牋牋 --?---牋牋 6.242牋牋 4.111牋牋 6.486

 

牋牋 176牋牋牋 6.40牋牋 ----牋牋 4.50牋牋 0.4630.9250.605牋牋 --?---牋牋 7.359牋牋 2.509牋牋 6.985

牋牋 177牋牋牋 9.80牋牋 ----牋牋 4.50牋牋 0.4590.9250.602牋牋 --?---牋牋 9.803牋牋 1.062牋牋 8.150

牋牋 178牋牋牋 4.10牋牋 ----牋牋 4.50牋牋 0.4920.9250.632牋牋 --?---牋牋 5.357牋牋 6.505牋牋 6.095

牋牋 179牋牋牋 4.60牋牋 ----牋牋 4.50牋牋 0.4900.9250.631牋牋 --?---牋牋 5.791牋牋 5.149牋牋 6.338

牋牋 180牋牋牋 5.40牋牋 ----牋牋 4.50牋牋 0.4880.9250.628牋牋 --?---牋牋 6.457牋牋 3.715牋牋 6.718

 

牋牋 181牋牋牋 4.10牋牋 ----牋牋 4.50牋牋 0.5350.9250.628牋牋 --?---牋牋 5.211牋牋 7.068牋牋 6.009

牋牋 182牋牋牋 4.70牋牋 ----牋牋 4.50牋牋 0.5340.9250.671牋牋 --?---牋牋 5.711牋牋 5.369牋牋 6.299

牋牋 183牋牋牋 5.50牋牋 ----牋牋 4.50牋牋 0.5370.9250.673牋牋 --?---牋牋 6.331牋牋 3.941牋牋 6.625

牋牋 184牋牋牋 6.90牋牋 ----牋牋 4.50牋牋 0.5370.9250.674牋牋 --?---牋牋 7.360牋牋 2.508牋牋 7.141

牋牋 185牋牋牋 10.60牋牋 ----牋牋 4.50牋牋 0.5380.9250.675牋牋 --?---牋牋 9.793牋牋 1.065牋牋 8.244

 

牋牋 186牋牋牋 4.40牋牋 ----牋牋 4.50牋牋 0.5990.9250.731牋牋 --?---牋牋 5.258牋牋 6.880牋牋 6.199

牋牋 187牋牋牋 5.00牋牋 ----牋牋 4.50牋牋 0.6050.9250.736牋牋 --?---牋牋 5.708牋牋 5.377牋牋 6.426

牋牋 189牋牋牋 7.40牋牋 ----牋牋 4.50牋牋 0.5990.9250.731牋牋 --?---牋牋 7.436牋牋 2.432牋牋 7.370

牋牋 190牋牋牋 11.30牋牋 ----牋牋 4.50牋牋 0.6050.9250.736牋牋 --?---牋牋 9.830牋牋 1.053牋牋 8.298

 

牋牋 192牋牋牋 5.30牋牋 ----牋牋 4.50牋牋 0.7030.9250.826牋牋 --?---牋牋 5.644牋牋 5.561牋牋 6.400

牋牋 193牋牋牋 6.20牋牋 ----牋牋 4.50牋牋 0.6870.9250.812牋牋 --?---牋牋 6.314牋牋 3.973牋牋 6.844

牋牋 194牋牋牋 7.80牋牋 ----牋牋 4.50牋牋 0.6870.9250.812 --?---牋牋 7.358牋牋 2.510牋牋 7.500

牋牋 195牋牋牋 12.00牋牋 ----牋牋 4.50牋牋 0.6820.9250.807牋牋 --?---牋牋 9.832牋牋 1.052牋牋 8.713

 

牋牋 196牋牋牋 4.90牋牋 ----牋牋 4.50牋牋 0.7500.9250.869牋牋 --?---牋牋 5.242牋牋 6.943 6.215

牋牋 197牋牋牋 5.50牋牋 ----牋牋 4.50牋牋 0.7460.9250.865牋牋 --?---牋牋 5.673牋牋 5.477牋牋 6.384

牋牋 198牋牋牋 6.40牋牋 ----牋牋 4.50牋牋 0.7300.9250.851牋牋 --?---牋牋 6.321牋牋 3.960牋牋 6.752

牋牋 199牋牋牋 8.10 牋牋----牋牋 4.50牋牋 0.7410.9250.861牋牋 --?---牋牋 7.359牋牋 2.510牋牋 7.365

牋牋 200牋牋牋 12.30牋牋 ----牋牋 4.50牋牋 0.7290.9250.850牋牋 --?---牋牋 9.775牋牋 1.071牋牋 8.518

 

牋牋 2155牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.552 0.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.214

牋牋 2156牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.218

牋牋 2157牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.224

牋牋 2158牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.229

牋牋 2159牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.227

牋牋 2160牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.232

 

牋牋 2161牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.236

牋牋 2162牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.242

牋牋 2163牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.239

牋牋 2164牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.245

牋牋 2165牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.250

 

牋牋 2166牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.254

牋牋 2167牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.253

牋牋 2168牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.257

牋牋 2169牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.214

牋牋 2170牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.268

 

牋牋 2351牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.468

牋牋 2352牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.461

牋牋 2353牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?--- 5.753牋牋 5.251牋牋 6.453

牋牋 2354牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.446

牋牋 2355牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.436

 

2356牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.433

牋牋 2357牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.429

牋牋 2358牋牋牋 6.19牋牋 ----3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.428

牋牋 2359牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.414

牋牋 2360牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.421

 

牋牋 2361牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.433

牋牋 2362牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.444

牋牋 2363牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.431

牋牋 2364牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.454

 

牋牋 2382牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.473

牋牋 2383牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.441

牋牋 2384牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.411

牋牋 2385牋牋牋 6.19牋牋 ----牋牋 3.20牋牋 0.6440.9900.723牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.424

 

牋牋 2386牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.266

牋牋 2387牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.271

牋牋 2388牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.275

牋牋 2389牋牋牋 8.76牋牋 ----牋牋 3.35牋牋 0.5520.9200.685牋牋 --?---牋牋 7.753牋牋 2.146牋牋 7.281

 

* 2931A牋牋牋 9.14牋牋 ----牋牋 2.25牋牋 0.6580.980-----牋牋 --?---牋牋 6.586牋牋 3.500牋牋 6.997

* 2931B牋牋 12.93牋牋 ----牋牋 2.25牋牋 0.6580.980-----牋牋 --?---牋牋 8.299牋牋 1.750牋牋 7.855

* 2932A牋牋牋 8.27牋牋 ----牋牋 2.75牋牋 0.6580.980-----牋牋 --?---牋牋 6.587牋牋 3.500牋牋 6.854

* 2932B牋牋 11.69牋牋 ----牋牋 2.75牋牋 0.6580.980 -----牋牋 --?---牋牋 8.298牋牋 1.750牋牋 7.693

* 2933A牋牋牋 5.48牋牋 ----牋牋 2.50牋牋 0.6580.980-----牋牋 --?---牋牋 4.852牋牋 8.754牋牋 5.971

* 2933B牋牋牋 6.13牋牋 ----牋牋 2.50牋牋 0.6580.980-----牋牋 --?---牋牋 5.2277.004牋牋 6.154

* 2933C牋牋牋 7.08牋牋 ----牋牋 2.50牋牋 0.6580.980-----牋牋 --?---牋牋 5.753牋牋 5.251牋牋 6.458

* 2933D牋牋牋 8.67牋牋 ----牋牋 2.50牋牋 0.6580.980-----牋牋 --?---牋牋 6.587牋牋 3.499牋牋 6.911

* 2933E12.26牋牋 ----牋牋 2.50牋牋 0.6580.980-----牋牋 --?---牋牋 8.296牋牋 1.751牋牋 7.753

* 2934A牋牋牋 5.78牋牋 ----牋牋 2.25牋牋 0.6580.980-----牋牋 --?---牋牋 4.853牋牋 8.750牋牋 6.051

* 2934B牋牋牋 6.46牋牋 ----牋牋 2.25牋牋 0.6580.980-----牋牋 --?---牋牋 5.227牋牋 7.002牋牋 6.232

* 2934C牋牋牋 7.46牋牋 ----牋牋 2.25牋牋 0.6580.980-----牋牋 --?---牋牋 5.754牋牋 5.250牋牋 6.540

* 2935A牋牋牋 5.23牋牋 ----牋牋 2.75牋牋 0.6580.980-----牋牋 --?---牋牋 4.852牋牋 8.753牋牋 5.926

* 2935B牋牋牋 5.85牋牋 ----牋牋 2.75牋牋 0.6580.980-----牋牋 --?---牋牋 5.227牋牋 7.002牋牋 6.105

* 2935C牋牋牋 6.75牋牋 ----牋牋 2.75牋牋 0.6580.980-----牋牋 --?---牋牋 5.753牋牋 5.252牋牋 6.404

 

牋牋牋牋 * Remarks =Based on Rr/Dep Curves interpolation.ATTC.Ca=0.0004

牋牋牋牋牋牋牋牋牋牋 * Based on Ehp Curves.ATTC.Ca=0.0004

牋牋 * Literature = * Systematic widerstandsversuche mit Taylor-Modellen mit einem Breiten-Tiefgangsverhaltnis B/T=4.50

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Kruppa,W.Henschke

牋牋牋牋牋牋牋牋牋牋牋 Schiffbauforschung 3 - 1964

牋牋牋牋牋牋牋牋牋牋 * The speed and power of ships

牋牋牋牋牋牋牋牋牋牋牋 D.W.Taylor

牋牋牋牋牋牋牋牋牋牋牋 United States Maritime Commision-1943

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 57 & TAYLORS e r i e s牋牋 S H I P S
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 18 December 1995

 

Model牋牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋牋 >牋牋牋 Lcb/LppLpp/VolVol/Lwl S/Vol

 

4133W牋牋牋 6.82牋牋 6.93牋牋 2.44牋牋 0.651牋牋 0.980牋牋 -----牋牋牋 9.50牋牋 -1.00A牋牋 5.5895.4506.241

4144W牋牋牋 6.84牋牋 6.96牋牋 2.820.603牋牋 0.981牋牋 -----牋牋牋 8.50牋牋 -1.00A牋牋 6.0234.3536.418

 

4200W牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.600牋牋 0.962牋牋 0.726牋牋牋 8.30牋牋 -1.50A牋牋 6.1664.0586.469

4201W牋牋牋 7.25牋牋 7.37牋牋 2.50牋牋 0.650牋牋 0.977牋牋 0.748牋牋牋 9.00牋牋 -0.50A牋牋 5.8694.7066.350

4202W牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.985牋牋 0.787牋牋 13.30牋牋 +0.50F牋牋 5.5935.4376.243

4203W牋牋牋 6.75牋牋 6.86牋牋 2.50牋牋 0.750牋牋 0.988牋牋 0.830牋牋 27.10牋牋 +1.50F牋牋 5.3366.2636.124

4204W牋牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.800牋牋 0.989牋牋 0.874牋牋 44.00牋牋 +2.50F牋牋 5.0927.2076.024

 

4322W牋牋牋 6.56牋牋 6.67牋牋 2.50牋牋 0.708牋牋 0.933牋牋 0.821牋牋 18.80 +1.00F牋牋 5.3356.2615.992

4333W牋牋牋 7.35牋牋 7.47牋牋 2.50牋牋 0.575牋牋 0.923牋牋 0.709牋牋牋 8.00牋牋 +1.00F牋牋 6.1684.0526.385

 

4412W牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.984牋牋 -----牋牋 12.50牋牋 +0.60F5.5975.4276.245

4414W牋牋牋 6.84牋牋 6.96牋牋 2.82牋牋 0.610牋牋 0.981牋牋 -----牋牋牋 8.00牋牋 -1.50A牋牋 6.0004.4046.418

4418W牋牋牋 6.91牋牋 7.02牋牋 2.45牋牋 0.683牋牋 0.980牋牋 -----牋牋 14.00牋牋 +1.30F牋牋 5.5485.5716.124

4419W牋牋牋 6.91牋牋 7.02牋牋 2.45牋牋 0.683牋牋 0.983牋牋 -----牋牋 15.00牋牋 +1.30F牋牋 5.5485.5716.195

4420W牋牋牋 7.08牋牋 7.20牋牋 2.55牋牋 0.765牋牋 0.989牋牋 -----牋牋 29.50牋牋 +1.60F牋牋 5.5065.6996.218

4430W牋牋牋 6.82牋牋 6.93牋牋 2.44牋牋 0.651牋牋 0.978牋牋 -----牋牋牋 8.50牋牋 -1.00A牋牋 5.5895.4506.194

4431W牋牋牋 6.84牋牋 6.96牋牋 2.82牋牋 0.610牋牋 0.967牋牋 -----牋牋牋 8.50牋牋 -1.50A牋牋 6.0004.4046.369

4435W牋牋牋 7.08牋牋 7.20牋牋 2.55牋牋 0.765牋牋 0.994牋牋 -----牋牋 26.50牋牋 +1.60F牋牋 5.5065.6996.218

4440W牋牋牋 6.84牋牋 6.96牋牋 2.82牋牋 0.611牋牋 0.982牋牋 -----牋牋牋 7.50牋牋 -1.60A牋牋 5.9974.4116.362

4484W牋牋牋 6.82牋牋 6.93 牋牋2.44牋牋 0.651牋牋 0.982牋牋 -----牋牋牋 9.70牋牋 -1.00A牋牋 5.5895.4506.194

4490W牋牋牋 6.91牋牋 7.02牋牋 2.45牋牋 0.683牋牋 0.984牋牋 -----牋牋 14.50牋牋 +1.40F牋牋 5.5485.5716.195

 

          Remarks = Based on C-Pe Curves.ATTC.Ca=0.0004

          Literature = A proposed new basis for the design of single-screw merchant ship forms

牋牋牋牋牋牋牋牋 And standard series lines.

牋牋牋牋牋牋牋牋 F.H.Todd,F.X.Forest-SNAME 15 November 1951

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 60 S e r i e s牋牋 S H I P S
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 20 March 1995

 

Model牋牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋牋 >牋牋牋 Lcb/LppLpp/VolVol/Lwl S/Vol

 

4210牋牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 7.00牋牋 -1.50A牋牋 6.1654.0586.481

4211牋牋牋牋 7.25牋牋 7.37牋牋 2.50牋牋 0.650牋牋 0.982牋牋 0.746牋牋牋 9.10牋牋 -0.50A牋牋 5.8694.7066.332

4212 牋牋牋牋7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.785牋牋 14.50牋牋 +0.50F牋牋 5.5935.4376.200

4213牋牋牋牋 6.75牋牋 6.86牋牋 2.50牋牋 0.750牋牋 0.990牋牋 0.827牋牋 22.50牋牋 +1.50F牋牋 5.3356.2636.091

4214牋牋牋牋 6.506.61牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.871牋牋 43.00牋牋 +2.50F牋牋 5.0927.2076.028

4215牋牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.700牋牋牋 7.00牋牋 -2.48A牋牋 6.1654.0586.478

 

4216牋牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.712牋牋牋 7.60牋牋 -0.51A牋牋 6.1654.0586.504

4217牋牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.715牋牋牋 8.30牋牋 +0.52F牋牋 6.1654.0586.527

4218牋牋牋牋 7.25牋牋 7.37牋牋 2.50牋牋 0.6500.982牋牋 0.744牋牋牋 8.30牋牋 -1.54A牋牋 5.8694.7066.326

4219牋牋牋牋 7.25牋牋 7.37牋牋 2.50牋牋 0.650牋牋 0.982牋牋 0.750牋牋 11.20牋牋 +0.38F牋牋 5.8694.7066.328

4220牋牋牋牋 7.25牋牋 7.37牋牋 2.50牋牋 0.650牋牋 0.982牋牋 0.754牋牋 13.80牋牋 +1.37F牋牋 5.8694.7066.347

 

4221牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 11.60牋牋 -0.55A牋牋 5.5935.4376.230

4222牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.790牋牋 17.10+1.54F牋牋 5.5935.4376.224

4223牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.795牋牋 20.00牋牋 +2.55F牋牋 5.5935.4376.224

4224牋牋牋牋 6.75牋牋 6.86牋牋 2.50牋牋 0.750牋牋 0.990牋牋 0.828牋牋 18.90牋牋 +0.48F牋牋 5.3356.2636.104

4225牋牋牋牋 6.75牋牋 6.86牋牋 2.50牋牋 0.750牋牋 0.990牋牋 0.830牋牋 27.40牋牋 +2.57F牋牋 5.3356.2636.094

 

4226牋牋牋牋 6.75牋牋 6.86牋牋 2.50牋牋 0.750牋牋 0.990牋牋 0.834牋牋 33.80牋牋 +3.46F牋牋 5.3376.2636.098

4227牋牋牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.869牋牋 26.60牋牋 +0.76F牋牋 5.0927.2076.011

4228牋牋牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.870牋牋 32.50牋牋 +1.45F牋牋 5.0927.2076.020

4229牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.867牋牋 52.00牋牋 +3.51F牋牋 5.0927.2076.025

4230牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.788牋牋牋 9.30牋牋 -2.05A牋牋 5.5935.4376.220

4231牋牋牋牋 7.25牋牋 7.37牋牋 2.50牋牋 0.650牋牋 0.982牋牋 0.749牋牋牋 7.70牋牋 -2.46A牋牋 5.8604.7066.320

 

4240牋牋牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 8.70牋牋 -1.50A牋牋 5.6045.4056.202

4241牋牋牋牋 6.50牋牋 6.61牋牋 3.500.600牋牋 0.977牋牋 0.706牋牋牋 8.70牋牋 -1.50A牋牋 6.2703.8606.608

4242牋牋牋牋 8.50牋牋 8.64牋牋 3.50牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 6.20牋牋 -1.50A牋牋 7.4982.2587.205

4243牋牋牋牋 8.50牋牋 8.64牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 6.20牋牋 -1.50A牋牋 6.7023.1606.762

4244牋牋牋牋 6.00牋牋 6.10牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 12.90牋牋 -0.55A牋牋 5.0477.4015.901

4245牋牋牋牋 6.00牋牋 6.10牋牋 3.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 12.90牋牋 -0.55A牋牋 5.6465.2866.352

 

4246牋牋牋牋 8.00牋牋 8.13牋牋 3.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋牋 9.70牋牋 -0.55A牋牋 6.8412.9746.981

4247牋牋牋牋 8.00牋牋 8.13牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋牋 9.70牋牋 -0.55A牋牋 6.1144.1626.510

4248牋牋牋牋 5.50牋牋 5.59牋牋 2.50牋牋 0.800牋牋 0.990牋牋 0.827牋牋 47.80牋牋 +2.50F牋牋 4.55510.0645.706

4249牋牋牋牋 5.50牋牋 5.59牋牋 3.50牋牋 0.800牋牋 0.990牋牋 0.827牋牋 47.80牋牋 +2.50F牋牋 5.0967.1896.184

4250牋牋牋牋 7.50牋牋 7.63牋牋 3.50牋牋 0.800牋牋 0.990牋牋 0.827牋牋 38.90牋牋 +2.50F牋牋 6.2663.8666.839

 

4251牋牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.800牋牋 0.990牋牋 0.827牋牋 38.90牋牋 +2.50F牋牋 5.6025.4116.322

4252牋牋牋牋 6.50牋牋 6.61牋牋 3.00牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 8.70牋牋 -1.50A牋牋 5.9564.5036.354

4253牋牋牋牋 7.50牋牋 7.63牋牋 2.50牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 7.00牋牋 -1.50A牋牋 6.8972.9006.900

4254牋牋牋牋 8.50牋牋 8.64牋牋 3.00牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 6.20牋牋 -1.50A牋牋 7.1222.6346.955

4255牋牋牋牋 7.50牋牋 7.63牋牋 3.00牋牋 0.600牋牋 0.977牋牋 0.706牋牋牋 7.00牋牋 -1.50A牋牋 6.5523.3836.682

 

4256牋牋牋牋 6.00牋牋 6.103.00牋牋 0.700牋牋 0.986牋牋 0.787牋牋 12.90牋牋 -0.55A牋牋 5.3646.1666.097

4257牋牋牋牋 7.00牋牋 7.12牋牋 3.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 11.60牋牋 -0.55A牋牋 6.2583.8846.656

4258牋牋牋牋 8.00牋牋 8.13牋牋 3.00牋牋 0.700牋牋 0.986牋牋 0.787牋牋牋 9.70牋牋 -0.55A牋牋 6.4973.4696.710

4259牋牋牋牋 7.00牋牋 7.12牋牋 3.00牋牋 0.700牋牋 0.986牋牋 0.787牋牋 11.60牋牋 -0.55A牋牋 5.9444.5316.444

4260牋牋牋牋 5.50牋牋 5.59牋牋 3.00牋牋 0.800牋牋 0.9900.827牋牋 47.80牋牋 +2.50F牋牋 4.8418.3865.934

 

4261牋牋牋牋 6.50牋牋 6.61牋牋 3.50牋牋 0.800牋牋 0.990牋牋 0.827牋牋 43.00牋牋 +2.50F牋牋 5.6965.1466.521

4262牋牋牋牋 7.50牋牋 7.63牋牋 3.00牋牋 0.800牋牋 0.990牋牋 0.827牋牋 38.90牋牋 +2.50F牋牋 5.9544.5116.559

4263牋牋牋牋 6.50牋牋 6.61牋牋 3.00牋牋 0.800牋牋 0.990牋牋 0.827牋牋 43.00牋牋 +2.50F牋牋 5.4116.0046.280

4264牋牋牋牋 6.25牋牋 6.36牋牋 2.50牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 9.60牋牋 -1.54A5.3166.3326.026

4265牋牋牋牋 6.25牋牋 6.36牋牋 3.50牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 9.60牋牋 -1.54A牋牋 5.9484.5246.422

 

4266牋牋牋牋 8.25牋牋 8.39牋牋 3.50牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 7.30牋牋 -1.54A牋牋 7.1572.5957.039

4267牋牋牋牋 8.25牋牋 8.39牋牋 2.50牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 7.30牋牋 -1.54A牋牋 6.3983.6336.606

4268牋牋牋牋 5.75牋牋 5.85牋牋 2.50牋牋 0.750牋牋 0.990牋牋 0.827牋牋 25.90牋牋 +1.50F牋牋 4.7958.6345.784

4269牋牋牋牋 5.75牋牋 5.85牋牋 3.50牋牋 0.750牋牋 0.990牋牋 0.827牋牋 25.90牋牋 +1.50F牋牋 5.3646.1696.233

4270牋牋牋牋 7.75牋牋 7.88牋牋 3.50牋牋 0.750牋牋 0.990牋牋 0.827牋牋 19.80牋牋 +1.50F牋牋 6.5463.3956.880

 

4271牋牋牋牋 7.75 牋牋7.88牋牋 2.50牋牋 0.750牋牋 0.990牋牋 0.827牋牋 19.80牋牋 +1.50F牋牋 5.8514.7536.376

4272牋牋牋牋 6.25牋牋 6.36牋牋 3.00牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 9.60牋牋 -1.54A牋牋 5.6495.2766.200

4273牋牋牋牋 7.25牋牋 7.37牋牋 3.50牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 8.30牋牋 -1.54A牋牋 6.5663.3616.748

4274牋牋牋牋 8.25牋牋 8.39牋牋 3.00牋牋 0.650牋牋 0.982牋牋 0.744牋牋牋 7.30牋牋 -1.54A牋牋 6.7983.0286.797

4275牋牋牋牋 7.25牋牋 7.37牋牋 3.00牋牋 0.6500.982牋牋 0.744牋牋牋 8.30牋牋 -1.54A牋牋 6.2363.9216.512

 

4276牋牋牋牋 5.75牋牋 5.85牋牋 3.00牋牋 0.750牋牋 0.990牋牋 0.827牋牋 25.90牋牋 +1.50F牋牋 5.0957.1655.997

4277牋牋牋牋 6.75牋牋 6.86牋牋 3.50牋牋 0.750牋牋 0.990牋牋 0.827牋牋 22.50牋牋 +1.50F牋牋 5.9684.4746.569

4278牋牋牋牋 7.75牋牋 7.88牋牋 3.00牋牋 0.750牋牋 0.990牋牋 0.827牋牋 19.80牋牋 +1.50F牋牋 6.2173.9596.620

4279牋牋牋牋 6.75牋牋 6.86牋牋 3.00牋牋 0.750牋牋 0.990牋牋 0.827牋牋 22.50+1.50F牋牋 5.6705.2196.322

4280牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 11.60牋牋 -0.55A牋牋 5.5935.4376.229

4281牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 11.60牋牋 -0.55A牋牋 5.5935.4376.259

4282牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.700牋牋 0.986牋牋 0.787牋牋 11.60牋牋 -0.55A牋牋 5.5935.4376.210

 

          Remarks= Based Original Cr Coefficient.ATTC.Ca=0.0004

          Literature = * Some Further Experiments on single-screw merchant ship forms-series 60

牋牋牋牋牋牋牋牋牋 F.H.Todd- SNAME 12 November 1953

牋牋牋牋牋牋牋牋牋牋 * Series 60-The effect upon resistance and power of variation in lcb position

            牋牋牋牋牋牋牋牋牋牋F.H.Todd,P.C.Pien-SNAME 1956

牋牋牋牋牋牋牋牋 * Series 60-The efect upon resistanvce and power of variation in ship proportions

牋牋牋牋牋牋牋牋牋 F.H.Todd,G.R.Stuntz,P.C.Pien-SNAME 1957牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋

牋牋牋牋牋牋牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋60S e r i e s + Bulbs Models S H I P S

 

4214-ld牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.871牋牋 43.00牋牋 +2.50F牋牋 5.0927.2056.028

牋牋 -lt牋牋 6.50牋牋 6.61牋牋 3.57牋牋 0.800牋牋 0.994 牋牋0.871牋牋 43.00牋牋 +2.50F牋牋 5.0925.0456.304

 

4214- A牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.873牋牋 43.00牋牋 +2.50F牋牋 5.0937.2006.030

牋牋 - B牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.781牋牋 0.994牋牋 0.847牋牋 43.00牋牋 +2.50F牋牋 5.1327.0376.036

牋牋 - C牋牋 6.50牋牋 6.62牋牋 2.50牋牋 0.782牋牋 0.994牋牋 0.847牋牋 43.00牋牋 +2.50F牋牋 5.1307.0206.063

牋牋 - D牋牋 6.50牋牋 6.62牋牋 2.50牋牋 0.782牋牋 0.994牋牋 0.851牋牋 43.00牋牋 +2.50F牋牋 5.1307.0216.063

牋牋 - E牋牋 6.50牋牋 6.76牋牋 2.50牋牋 0.783牋牋 0.994牋牋 0.835牋牋 43.00牋牋 +2.50F牋牋 5.1306.5866.084

牋牋 - F牋牋 6.50牋牋 6.76牋牋 2.50牋牋 0.799牋牋 0.994牋牋 0.857牋牋 43.00牋牋 +2.50F牋牋 5.0946.7256.034

牋牋 - G牋牋 6.50牋牋 6.62牋牋 2.50牋牋 0.800牋牋 0.994牋牋 0.871牋牋 43.00牋牋 +2.50F牋牋 5.0937.1756.009

 

牋牋牋牋 * Remarks= Based Original Cr .ITTC.

牋牋 * Literature = * Hull and Bulbous bow interaction

牋牋牋牋牋牋牋牋牋牋 牋牋牋A.M.Ferguson,I.W.Band-RINA 1970牋牋牋牋牋牋牋牋牋

牋牋牋牋牋牋牋牋牋牋牋牋 * Beitrag zum Einfuss der Heckform auf den sog des Schiffes

牋牋牋牋牋牋牋牋牋牋牋牋牋 Von E.Bischoff,H.G.Heyer

牋牋牋牋牋牋牋牋牋牋牋牋牋 Schiff und Hafen Helft 12/1964


牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 RINA牋牋 S E M P L EC A R G OS H I PSeries

牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 30 October 1995

 

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx 牋牋Lcb/Lpp Lpp/VolVol/Lwl S/Vol

 

牋牋 A - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7370.980-0.25A5.536牋牋 5.8966.134

牋牋 B - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7550.980-0.25A5.491牋牋 6.0406.106

牋牋 C - ld牋牋 7.50 牋牋----牋牋 2.22牋牋 0.7750.980-0.25A5.444牋牋 6.200 6.086

牋牋 D - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7950.980-0.25A5.397牋牋 6.3606.057

牋牋 E - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7920.984-0.25A5.404牋牋 6.336 5.984

牋牋 F - ld牋牋 7.50牋牋 ----牋牋 2.14牋牋 0.7720.984-0.25A5.386牋牋 6.4026.115

牋牋 G - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7700.984+2.00F5.445牋牋 6.1596.089

牋牋 H - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.770 0.984+2.00F5.455牋牋 6.1596.089

牋牋 K - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7700.984-2.00A5.445牋牋 6.1596.089

牋牋 L - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7200.984+2.00F5.455牋牋 5.7606.159

牋牋 M - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7200.984+2.00F5.579牋牋 5.7606.159

牋牋 N - ld牋牋 7.50牋牋 ----牋牋 2.22牋牋 0.7120.984-2.00A5.600牋牋 5.6966.205

 

牋牋牋牋牋牋牋牋 * Literature = The shipbuilder and Marine Engine Builder

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋September 1941

 

牋牋牋牋牋牋牋牋牋牋牋牋牋 T O D D牋牋 C O A S T E R SS H I P Series

 

1098 - ld牋牋 4.44牋牋 ----牋牋 2.25牋牋 0.6750.980+2.16F4.03815.1925.187

1101 - ld牋牋 5.41牋牋 ----牋牋 2.22牋牋 0.7290.980+1.78F4.46611.2295.493

1106 - ld牋牋 4.88牋牋 ----牋牋 2.24牋牋 0.7020.980+2.11F4.23513.1695.332

1111 - ld牋牋 6.88牋牋 ----牋牋 2.18牋牋 0.7830.980+1.16F5.097牋牋 7.5505.918

1118 - ld牋牋 8.00牋牋 ----牋牋 2.15牋牋 0.8110.980+1.26F5.539牋牋 5.8846.203

 

1445 - ld牋牋 5.99牋牋 ----牋牋 2.21牋牋 0.7530.980+1.91F4.721牋牋 9.5075.674

1483 - ld牋牋 5.99牋牋 ----牋牋 2.21牋牋 0.7830.980+1.68F4.659牋牋 9.8865.646

1681 - ld牋牋 5.99牋牋 ----牋牋 2.21牋牋 0.7290.980+2.12F4.772牋牋 9.2045.666

1734 - ld牋牋 5.99牋牋 ----牋牋 2.21牋牋 0.7020.980+1.94F4.832牋牋 8.8635.700

 

牋牋牋牋牋牋 * Remarks = Based on C Merit.ATTC.Ca=0

牋牋牋牋牋牋牋牋牋牋牋牋牋牋 * S/Vol estimated

牋牋牋 * Literature = * Further resistance and propeller experiments with models of coasters

牋牋牋牋牋牋牋牋牋牋牋牋 F.H.Todd,J.Weedon

牋牋牋牋牋牋牋牋牋牋牋牋 Trans.Inst.Naval Architects LXXIII - 1931牋牋牋

牋牋牋牋牋牋牋牋牋牋牋 * Further model experiments on the resistance of mercantile ship forms-Coaster vessels

牋牋牋牋牋牋牋牋牋牋牋牋 F.H.Todd

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Trans.Inst.Naval Architects LXXX - 1938

牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋E M E R S O NS H I PSeries

 

AM - lt牋牋 7.27牋牋 ----牋牋 2.50牋牋 0.7060.976+1.50F5.722牋牋 5.3396.140

牋牋牋 - ld牋牋 7.27牋牋 ----牋牋 2.11牋牋 0.7210.981+1.50F 5.374牋牋 6.4446.030

AN - lt牋牋 8.00牋牋 ----牋牋 2.27牋牋 0.7060.976+1.50F5.906牋牋 4.8546.260

牋牋牋 - ld牋牋 8.00牋牋 ----牋牋 1.92牋牋 0.7210.981+1.50F5.547牋牋 5.8586.160

AW - lt牋牋 6.67牋牋 ----2.73牋牋 0.7060.976+1.50F5.558牋牋 5.8246.090

牋牋牋 - ld牋牋 6.67牋牋 ----牋牋 2.31牋牋 0.7210.981+1.50F5.220牋牋 7.0305.940

BM - lt牋牋 7.27牋牋 ----牋牋 2.50牋牋 0.7060.976+0.50F5.722牋牋 5.3396.140

牋牋牋 - ld牋牋 7.27牋牋 ----牋牋 2.12牋牋 0.7210.981+0.50F5.374牋牋 6.4446.020

BN - lt牋牋 8.00牋牋 ----牋牋 2.27牋牋 0.7060.976+0.50F5.906牋牋 4.8546.300

牋牋牋 - ld牋牋 8.00牋牋 ----牋牋 1.92牋牋 0.7210.981 +0.50F5.547牋牋 5.8586.180

BW - lt牋牋 6.67牋牋 ----牋牋 2.73牋牋 0.7060.976+0.50F5.558牋牋 5.8246.090

牋牋牋 - ld牋牋 6.67牋牋 ----牋牋 2.31牋牋 0.7210.981+0.50F5.220牋牋 7.0305.940

CM - lt牋牋 7.27牋牋 ----牋牋 2.50牋牋 0.7060.976-0.50A5.722牋牋 5.3396.140

牋牋牋 - ld牋牋 7.27牋牋 ----牋牋 2.12牋牋 0.7210.981-0.50A5.374牋牋 6.4446.020

CN - lt牋牋 8.00牋牋 ----牋牋 2.27牋牋 0.7060.976-0.50A5.906牋牋 4.854 6.270

牋牋牋 - ld牋牋 8.00牋牋 ----牋牋 1.92牋牋 0.7210.981-0.50A5.547牋牋 5.8586.170

CW - lt牋牋 6.67牋牋 ----牋牋 2.73牋牋 0.7060.976-0.50A5.558牋牋 5.8246.070

牋牋牋 - ld牋牋 6.67牋牋 ----牋牋 2.31牋牋 0.721 0.981-0.50A5.220牋牋 7.0305.930

 

牋牋牋牋牋牋牋牋牋牋牋牋 * Remarks = Based on C Merit.C is measured on Curves.ATTC.Ca=0

牋牋牋牋牋牋牋牋牋牋 * Literature = Resistance of hulls of varying beams

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 A.Emerson

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 INA - 1943

 

牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋R I N AH I G H S P E E DA , B & CS E R I S IM O D E L S
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 3 March/22 December 1995

Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

A 1 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6580.976牋牋 0.763牋牋 8.00牋牋 -2.70A牋牋 5.710牋牋 5.373 6.270

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6430.973牋牋 0.745牋牋 8.00牋牋 -2.40A牋牋 6.021牋牋 4.5826.386

A 2 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6630.976牋牋 0.771牋牋 9.00牋牋 -1.35A牋牋 5.695牋牋 5.4146.262

牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6470.973牋牋 0.754牋牋 8.50牋牋 -1.00A牋牋 6.009牋牋 4.6116.406

A 3 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6450.976牋牋 0.756牋牋 8.00牋牋 -2.16A牋牋 5.748牋牋 5.2676.309

牋牋牋 -lt牋牋 7.14 牋牋-----牋牋 2.75牋牋 0.6290.973牋牋 0.739牋牋 8.00牋牋 -1.80A牋牋 6.065牋牋 4.4826.431

A 4 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6760.976牋牋 0.778牋牋 9.00牋牋 -1.90A牋牋 5.659牋牋 5.5206.244

牋牋牋 -lt牋牋 7.14牋牋 -----2.75牋牋 0.6620.973牋牋 0.761牋牋 8.50牋牋 -1.60A牋牋 5.963牋牋 4.7176.359

A 5 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6570.976牋牋 0.764牋牋 8.50牋牋 -2.18A牋牋 5.713牋牋 5.3656.258

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6430.973牋牋 0.748牋牋 8.00牋牋 -1.86A牋牋 6.021牋牋 4.5826.372

A 6 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6630.976牋牋 0.768牋牋 8.50牋牋 -2.42A牋牋 5.695牋牋 5.4146.262

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6490.9730.751牋牋 8.00牋牋 -2.13A牋牋 6.002牋牋 4.6256.371

A 7 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6520.976牋牋 0.759牋牋 8.00牋牋 -2.46A牋牋 5.727牋牋 5.3246.266

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6370.973牋牋 0.742牋牋 8.00牋牋 -2.13A牋牋 6.040牋牋 4.5396.387

A 8 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6580.976牋牋 0.772牋牋 10.00牋牋 -2.70A牋牋 5.710牋牋 5.3736.270

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6410.973牋牋 0.753牋牋 9.00牋牋 -2.40A牋牋 6.027牋牋 4.5686.400

 

B 1 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6810.975牋牋 0.793牋牋 14.50牋牋 +1.02F牋牋 5.645牋牋 4.7176.278

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6620.972牋牋 0.779牋牋 14.50牋牋 +1.50F牋牋 5.963 5.5616.426

B 2 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6830.975牋牋 0.790牋牋 14.00牋牋 +0.09F牋牋 5.639牋牋 5.5776.263

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6660.972牋牋 0.775牋牋 13.50牋牋 +0.54F牋牋 5.951牋牋 4.7466.386

B 3 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6800.975牋牋 0.786牋牋 12.00牋牋 -0.68A牋牋 5.647牋牋 5.5536.277

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6600.972牋牋 0.775牋牋 12.00牋牋 -0.32A牋牋 5.969牋牋 4.7036.437

B 4 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6900.975牋牋 0.803牋牋 16.00牋牋 +1.53F牋牋 5.620牋牋 5.6346.272

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6740.972牋牋 0.790牋牋 16.00牋牋 +2.03F牋牋 5.927牋牋 4.8036.400

B 5 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6930.975牋牋 0.798牋牋 14.50牋牋 +0.55F牋牋 5.612牋牋 5.6596.260

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6740.972牋牋 0.785牋牋 14.50牋牋 +0.90F牋牋 5.927牋牋 4.8036.411

B 6 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.6910.975牋牋 0.793牋牋 14.00牋牋 -0.23A牋牋 5.617牋牋 5.6426.242

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6750.972牋牋 0.782牋牋 13.50牋牋 +0.16F牋牋 5.924牋牋 4.8106.365

B 7 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.690 0.975牋牋 0.788牋牋 12.00牋牋 -1.12A牋牋 5.620牋牋 5.6346.280

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6700.972牋牋 0.777牋牋 12.00牋牋 -0.78A牋牋 5.939牋牋 4.7746.444

B 8 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.7030.975牋牋 0.808牋牋 16.00牋牋 +1.03F牋牋 5.585牋牋 5.7406.247

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6860.972牋牋 0.796牋牋 16.00牋牋 +1.51F牋牋 5.892牋牋 4.8886.388

B 9 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.7010.975牋牋 0.801牋牋 14.50 牋牋+0.20F牋牋 5.591牋牋 5.7246.237

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6830.972牋牋 0.790牋牋 14.50牋牋 +0.62F牋牋 5.901牋牋 4.8676.390

B10 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.7010.975牋牋 0.795牋牋 14.00牋牋 -0.64A5.591牋牋 5.7246.246

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6850.972牋牋 0.784牋牋 13.50牋牋 -0.29A牋牋 5.895牋牋 4.8816.373

B11 -ld牋牋 7.14牋牋 -----牋牋 2.40牋牋 0.7110.975牋牋 0.811牋牋 16.00牋牋 +0.71F牋牋 5.564牋牋 5.8066.239

牋牋牋 -lt牋牋 7.14牋牋 -----牋牋 2.75牋牋 0.6950.972牋牋 0.801牋牋 16.00牋牋 +1.16F牋牋 5.867牋牋 4.9536.365

 

C 1 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5740.967牋牋 -----牋牋 10.00牋牋 -1.60A牋牋 5.975牋牋 4.2826.417

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5530.962牋牋 -----牋牋 7.00牋牋 -1.10A牋牋 6.331牋牋 3.6736.591

C 2 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5760.967牋牋 -----牋牋 9.25牋牋 -2.50A牋牋 5.968牋牋 4.2976.420

牋牋牋 -lt7.14牋牋牋 7.31牋牋 2.75牋牋 0.5540.962牋牋 -----牋牋 6.50牋牋 -2.00A牋牋 6.327牋牋 3.6796.555

C 3 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5750.967牋牋 -----牋牋 8.75牋牋 -3.50A牋牋 5.972牋牋 4.2896.423

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5540.962牋牋 -----牋牋 6.25牋牋 -3.10A牋牋 6.327牋牋 3.6796.555

C 4 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5740.967牋牋 -----牋牋 8.25牋牋 -4.20A牋牋 5.975牋牋 4.2826.462

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.750.5540.962牋牋 -----牋牋 6.00牋牋 -3.80A牋牋 6.327牋牋 3.6796.590

C 5 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5860.967牋牋 -----牋牋 10.75牋牋 -1.00A牋牋 5.934牋牋 4.3726.393

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5660.962牋牋 -----牋牋 7.25牋牋 -0.50A牋牋 6.282牋牋 3.7596.568

C 6 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5850.967牋牋 -----牋牋 10.00牋牋 -2.00A牋牋 5.938牋牋 4.3646.392

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5630.962牋牋 ----- 牋牋7.00牋牋 -1.50A牋牋 6.293牋牋 3.7396.532

C 7 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5860.967牋牋 -----牋牋 9.25牋牋 -3.00A牋牋 5.984牋牋 4.3726.387

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5650.962牋牋 -----牋牋 6.50牋牋 -2.50A牋牋 6.286牋牋 3.7526.524

C 8 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5830.967牋牋 -----牋牋 8.75牋牋 -3.80A牋牋 5.944牋牋 4.3496.417

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5630.962牋牋 -----牋牋 6.25牋牋 -3.40A牋牋 6.293牋牋 3.7396.550

C 9 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5970.967牋牋 -----牋牋 11.50牋牋 -0.50A牋牋 5.897牋牋 4.4546.349

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5760.962牋牋 -----牋牋 7.75牋牋 +0.10F牋牋 6.246牋牋 3.825 6.495

C10 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5960.967牋牋 -----牋牋 10.75牋牋 -1.50A牋牋 5.901牋牋 4.4466.376

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5760.962牋牋 -----牋牋 7.25牋牋 -0.90A牋牋 6.246牋牋 3.8256.514

C11 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5950.967牋牋 -----牋牋 10.00牋牋 -2.50A牋牋 5.904牋牋 4.4396.359

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5740.962牋牋 -----牋牋 7.00牋牋 -2.00A牋牋 6.253牋牋 3.8126.495

C12 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5940.967牋牋 -----牋牋 9.25牋牋 -3.30A牋牋 5.907牋牋 4.4316.384

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5740.962牋牋 -----牋牋 6.50牋牋 -2.80A牋牋 6.253牋牋 3.8126.510

C13 -ld牋牋 7.14牋牋牋 7.362.40牋牋 0.6080.967牋牋 -----牋牋 11.50牋牋 -1.00A牋牋 5.862牋牋 4.5366.343

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5860.962牋牋 -----牋牋 7.75牋牋 -0.40A牋牋 6.210牋牋 3.8926.493

C14 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6070.967牋牋 -----牋牋 10.75牋牋 -1.90A牋牋 5.865牋牋 4.5286.337

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5860.962牋牋 -----牋牋 7.25牋牋 -1.40A牋牋 6.210牋牋 3.8926.483

C15 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6030.967 -----牋牋 10.00牋牋 -2.80A牋牋 5.878牋牋 4.4986.357

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5830.962牋牋 -----牋牋 7.00牋牋 -2.40A牋牋 6.221牋牋 3.8726.486

C16 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6050.967牋牋 -----牋牋 9.25牋牋 -3.70A牋牋 5.871牋牋 4.5136.338

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5860.962牋牋 -----牋牋 6.50牋牋 -3.40A牋牋 6.210牋牋 3.8926.459

C17 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6180.967牋牋 -----牋牋 11.50牋牋 -1.40A牋牋 5.830牋牋 4.6106.315

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5970.962牋牋 -----牋牋 7.75牋牋 -0.90A牋牋 6.172牋牋 3.9656.465

C18 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6150.967牋牋 -----牋牋 10.75牋牋 -2.30A牋牋 5.839 4.5886.335

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5960.962牋牋 -----牋牋 7.25牋牋 -1.80A牋牋 6.175牋牋 3.9586.472

C19 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6140.967牋牋 -----牋牋 10.00牋牋 -3.30A牋牋 5.843牋牋 4.5806.313

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5940.962牋牋 -----牋牋 7.00牋牋 -2.90A牋牋 6.182牋牋 3.9456.449

C20 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6190.967牋牋 -----牋牋 9.25牋牋 -4.40A牋牋 5.827牋牋 4.6186.325

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.6000.962牋牋 -----牋牋 6.50牋牋 -4.00A牋牋 6.161牋牋 3.9856.458

C21 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6260.967牋牋 -----牋牋 11.50牋牋 -1.70A牋牋 5.805牋牋 4.6706.312

牋牋牋 -lt牋牋 7.14牋牋 7.31牋牋 2.75牋牋 0.6060.962牋牋 -----牋牋 7.75牋牋 -1.30A牋牋 6.141牋牋 4.0256.450

C22 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6250.967牋牋 -----牋牋 10.75牋牋 -2.70A牋牋 5.808牋牋 4.6626.299

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.6070.962牋牋 -----牋牋 7.25牋牋 -2.30A牋牋 6.137牋牋 4.0316.432

C23 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6280.967牋牋 -----牋牋 10.00牋牋 -3.90A牋牋 5.799牋牋 4.6856.302

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.608 0.962牋牋 -----牋牋 7.00牋牋 -3.50A牋牋 6.134牋牋 4.0386.448

C24 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6250.967牋牋 -----牋牋 9.25牋牋 -4.70A牋牋 5.808牋牋 4.6626.293

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.6050.962牋牋 -----牋牋 6.50牋牋 -4.10A牋牋 6.144牋牋 4.0186.420

C25 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5540.967牋牋 -----牋牋 8.75牋牋 -2.60A牋牋 6.046牋牋 4.1336.489

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5330.962牋牋 -----牋牋 6.25 牋牋-2.10A牋牋 6.409牋牋 3.5406.601

C26 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5560.967牋牋 -----牋牋 8.25牋牋 -3.50A牋牋 6.039牋牋 4.1486.496

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5350.962牋牋 -----牋牋 6.00牋牋 -2.90A6.401牋牋 3.5536.633

C27 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.5650.967牋牋 -----牋牋 9.25牋牋 -2.00A牋牋 6.007牋牋 4.2156.449

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.5440.962牋牋 -----牋牋 6.50牋牋 -1.50A牋牋 6.366牋牋 3.6136.557

C28 -ld牋牋 7.14牋牋牋 7.36牋牋 2.40牋牋 0.6510.967牋牋 -----牋牋 11.50牋牋 -2.80A牋牋 5.730牋牋 4.8566.260

牋牋牋 -lt牋牋 7.14牋牋牋 7.31牋牋 2.75牋牋 0.6320.962牋牋 -----牋牋 7.75牋牋 -2.40A牋牋 6.055牋牋 4.1976.410

 

牋牋牋牋 * Remarks = Based on C-Pe Merit.ATTC.Ca=0

          * Literature = * Experiments with models of cargo liners

牋牋牋牋牋牋牋牋牋牋 Anders F.Lindblad-RINA 1946

牋牋牋牋牋牋牋牋牋 * Some experiments with models of high speed ships

牋牋牋牋牋牋牋牋牋牋 The influence of block coefficient and Longitudinal Centre of Buoyancy

牋牋牋牋牋牋牋牋牋牋 Anders F.Lindblad-RINA 1949

牋牋牋牋牋牋牋牋牋 * Further experiments with models of high speed ships

牋牋牋牋牋牋牋牋牋牋 The influence of block coefficient and longitudinal centre of buoyancy

牋牋牋牋牋牋牋牋牋牋 Anders F.Lindblad-RINA 1950


牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R I N AC A R G OS H I PSeries - I -牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋

牋牋 莈mberci Denizcilik牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋09 December 1995

 

牋牋 ModelLpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/Lpp Lpp/VolVol/LwlS/Vol

 

牋牋 600 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9780.72211.50+1.76F6.755牋牋 3.5506.620

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.9830.75712.50+1.17F6.062牋牋 4.6806.260

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9870.76813.00+0.50F5.563牋牋 5.4026.100

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9780.72211.50+1.76F6.755牋牋 3.5506.620

 

牋牋 601 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9690.72411.50+1.76F6.755牋牋 3.5506.600

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.9760.75812.50+1.17F6.062牋牋 4.6806.240

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9810.76813.00+0.50F5.563牋牋 5.4026.080

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9690.72411.50+1.76F6.755牋牋 3.5506.600

 

牋牋 602 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5890.9560.72611.50+1.76F6.758牋牋 3.5446.570

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.966 0.75812.50+1.17F6.062牋牋 4.6806.210

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9730.76813.00+0.50F5.563牋牋 5.4026.060

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5890.9560.72611.50+1.76F 6.758牋牋 3.5446.570

 

牋牋 603 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5880.9390.72811.50+1.76F6.762牋牋 3.5386.540

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.9530.76012.50+1.17F6.062牋牋 4.6806.190

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9630.76813.00+0.50F5.563牋牋 5.4026.040

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5880.9390.72811.50+1.76F6.762牋牋 3.5386.540

 

牋牋 604 - lt7.27 牋牋7.06牋牋 3.44牋牋 0.5900.9780.72211.50+0.55F6.747牋牋 3.5626.640

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.9830.75312.50+0.06F6.058牋牋 4.6886.280

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9870.76313.00-0.50A5.563牋牋 5.4026.130

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9780.72211.50+0.55F6.747牋牋 3.5626.640

 

牋牋 605 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9690.72310.75+0.55F6.747牋牋 3.5626.640

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.9760.75311.75+0.06F6.058牋牋 4.6886.270

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9810.76312.25-0.50A5.5635.4026.110

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5900.9690.72310.75+0.55F6.747牋牋 3.5626.640

 

牋牋 606 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5890.9560.72510.75+0.55F6.747牋牋 3.5626.600

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.9660.75411.75+0.06F6.058牋牋 4.6886.250

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9730.76312.25-0.50A5.563牋牋 5.4026.090

牋牋牋牋 - ltt 7.27牋牋 7.063.44牋牋 0.5890.9560.72510.75+0.55F6.747牋牋 3.5626.600

 

牋牋 607 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5880.9390.72710.75+0.55F6.747牋牋 3.5626.590

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6220.953 0.75411.75+0.06F6.058牋牋 4.6886.240

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9630.76312.25-0.50A5.563牋牋 5.4026.080

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5880.9390.72710.75+0.55F6.747牋牋 3.5626.590

 

牋牋 608 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9780.71810.00-0.64A6.739牋牋 3.5746.610

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6250.9830.74611.00-1.00A6.052牋牋 4.7036.260

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9870.75811.50-1.50A5.563牋牋 5.4026.090

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9780.71810.00-0.64A6.739牋牋 3.5746.610

 

牋牋 609 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9690.72110.00-0.64A6.739牋牋 3.5746.610

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6250.9760.74811.00-1.00A6.052牋牋 4.7036.260

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9810.75811.50-1.50A5.563牋牋 5.4026.090

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9690.72110.00-0.64A6.739牋牋 3.5746.610

 

牋牋 610 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9560.72310.00-0.64A6.739牋牋 3.5746.600

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6250.9660.74911.00-1.00A6.052牋牋 4.7036.260

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9730.75811.50-1.50A5.5635.4026.090

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9560.72310.00-0.64A6.739牋牋 3.5746.600

 

牋牋 611 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.5940.9390.72610.00-0.64A6.739牋牋 3.5746.580

牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6250.9530.75011.00-1.00A6.052牋牋 4.7036.260

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6500.9630.75811.50-1.50A5.563牋牋 5.4026.090

牋牋牋牋 - ltt 7.27牋牋 7.063.44牋牋 0.5940.9390.72610.00-0.64A6.739牋牋 3.5746.580

 

牋牋 624 - lt6.67牋牋 6.47牋牋 4.09牋牋 0.5920.9690.72312.25-0.50A6.747牋牋 3.5626.760

牋牋牋牋 - md6.67牋牋 6.58牋牋 3.12牋牋 0.6230.9760.75313.00-0.50A6.059牋牋 4.6886.400

牋牋牋牋 - ld6.67牋牋 6.83牋牋 2.52牋牋 0.6500.9810.76314.00-0.50A5.563牋牋 5.4026.120

牋牋牋牋 - ltt 6.67牋牋 6.47牋牋 4.09牋牋 0.5920.9690.72312.25-0.50A6.747牋牋 3.5626.760

 

牋牋 625 - lt6.15牋牋 5.97牋牋 4.80牋牋 0.5920.9690.72313.25-0.50A6.747牋牋 3.5626.890

牋牋牋牋 - md6.15牋牋 6.07牋牋 3.66牋牋 0.6230.9760.75313.50-0.50A6.058牋牋 4.6886.450

牋牋牋牋 - ld6.15牋牋 6.31牋牋 2.96牋牋 0.6500.9810.76315.00-0.50A5.563牋牋 5.4026.120

牋牋牋牋 - ltt 6.15牋牋 5.97牋牋 4.80牋牋 0.5920.9690.72313.25-0.50A6.747牋牋 3.5626.890

 

牋牋 626 - lt8.89牋牋 8.63牋牋 3.44牋牋 0.5920.9690.723牋牋 9.25+0.55F7.713牋牋 2.3847.120

牋牋牋牋 - md8.89牋牋 8.77牋牋 2.62牋牋 0.6230.9760.75310.25+0.06F6.926牋牋 3.1386.740

牋牋牋牋 - ld8.89牋牋 9.11牋牋 2.12牋牋 0.6500.9810.76310.75-0.50A6.359牋牋 3.6166.480

牋牋牋牋 - ltt 8.89牋牋 8.63牋牋 3.44牋牋 0.5920.9690.723牋牋 9.25+0.55F7.713牋牋 2.3847.120

 

牋牋 627 - lt6.15牋牋 5.97牋牋 3.44牋牋 0.5920.9690.72313.25+0.55F6.036牋牋 4.9756.250

牋牋牋牋 - md6.15牋牋 6.07牋牋 2.62牋牋 0.6230.9760.75313.50+0.06F5.420牋牋 6.5485.980

牋牋牋牋 - ld6.15牋牋 6.31牋牋 2.12牋牋 0.6500.9810.76315.00-0.50A4.976 7.5465.800

牋牋牋牋 - ltt 6.15牋牋 5.97牋牋 3.44牋牋 0.5920.9690.72313.25+0.55F6.036牋牋 4.9756.250

 

牋牋 657 - lt5.71牋牋 5.55牋牋 5.57牋牋 0.5920.9780.72211.50-0.50A6.747牋牋 3.5627.200

牋牋牋 - md5.71牋牋 5.64牋牋 4.24牋牋 0.6220.9760.75312.50-0.50A6.058牋牋 4.6886.700

牋牋牋牋 - ld5.71牋牋 5.85牋牋 3.43牋牋 0.6500.9810.76316.00-0.50A5.563牋牋 5.4036.280

牋牋牋牋 - ltt 5.71牋牋 5.55 牋牋5.57牋牋 0.5920.9780.72211.50-0.50A6.747牋牋 3.5627.200

 

牋牋 658 - lt5.71牋牋 5.55牋牋 3.44牋牋 0.5920.9690.72314.00+0.55F5.744牋牋 5.7726.120

牋牋牋牋 - md5.71牋牋 5.64牋牋 2.62牋牋 0.6230.9760.75315.00+0.06F5.158牋牋 7.5955.860

牋牋牋牋 - ld5.71牋牋 5.85牋牋 2.12牋牋 0.6500.9810.76316.50-0.50A4.737牋牋 8.7515.660

牋牋牋牋 - ltt 5.71牋牋 5.55牋牋 3.44牋牋 0.5920.9690.72314.00+0.55F5.744牋牋 5.7726.120

 

牋牋 692 - lt5.33牋牋 5.18牋牋 3.44牋牋 0.5920.9690.72315.00+0.55F5.487牋牋 6.6245.990

牋牋牋牋 - md5.33牋牋 5.26牋牋 2.62牋牋 0.6230.9760.75316.00+0.06F4.927牋牋 8.7155.700

牋牋牋牋 - ld5.33牋牋 5.46牋牋 2.12牋牋 0.6500.9810.76317.50-0.50A4.52410.0455.510

 

          牋牋牋牋牋*Remarks = Based on C-Pe Curves.ATTC.Ca=0

牋牋牋牋牋牋牋 *Literature = * Model experiments on a series of 0.65 block coefficient forms

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 The effect of variations in Lcb position and bilge radius on resistance and propulsion

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 N.V.Almy,G.Hughes-RINA 9 April 1954

          牋牋牋牋牋牋牋牋牋牋牋牋牋牋* Model experiments on a series of 0.65 block coefficient forms 朠art II

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 The effect on resistance of variations in Breadth-Draught ratio and Length-Displacement ratio

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 J.M.Ferguson,M.Meek-RINA 9 April 1954

牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 RINAC A R G OS H I PS e r i e s- II -

牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 22 December 1995

 

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

牋牋牋 639牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.650牋牋 0.981牋牋 0.763牋牋 12.25-0.50A牋牋 5.563牋牋 5.4026.110

640牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.675牋牋 0.981牋牋 0.778牋牋 14.00牋牋 0.00M牋牋 5.493牋牋 5.6106.070

牋牋牋 641牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.675牋牋 0.981牋牋 0.773牋牋 18.00牋牋 0.00M牋牋 5.493牋牋 5.6106.040

牋牋牋 6427.27牋牋 7.45牋牋 2.12牋牋 0.699牋牋 0.981牋牋 0.793牋牋 19.25+0.50F牋牋 5.430牋牋 5.8106.010

 

牋牋牋 643牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.725牋牋 0.981牋牋 0.809牋牋 22.50+0.98F牋牋 5.364牋牋 6.0266.020

牋牋牋 644牋牋牋 7.27 牋牋7.45牋牋 2.12牋牋 0.725牋牋 0.981牋牋 0.804牋牋 28.00+1.00F牋牋 5.364牋牋 6.0266.010

牋牋牋 645牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.750牋牋 0.981牋牋 0.840牋牋 32.25+1.50F牋牋 5.304牋牋 6.2345.950

牋牋牋 646牋牋牋 7.27牋牋 7.45 牋牋2.12牋牋 0.675牋牋 0.981牋牋 0.778牋牋 24.55-0.03A牋牋 5.498牋牋 5.6106.090

 

牋牋牋 647牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.676牋牋 0.981牋牋 0.778牋牋 11.00+0.03F牋牋 5.491牋牋 5.6196.150

牋牋牋 648牋牋牋 7.27牋牋 7.45牋牋 2.12 牋牋0.675牋牋 0.981牋牋 0.778牋牋 11.00+0.07F牋牋 5.493牋牋 5.6106.140

牋牋牋 649牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.675牋牋 0.981牋牋 0.788牋牋 11.00+0.08F牋牋 5.493牋牋 5.6106.140

牋牋牋 650牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.676牋牋 0.981牋牋 0.788牋牋 11.00+0.16F牋牋 5.491牋牋 5.6196.130

 

牋牋牋 651牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.677牋牋 0.981牋牋 0.788牋牋 11.00+0.20F牋牋 5.488牋牋 5.6276.140

牋牋牋 652牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.675牋牋 0.981牋牋 0.778牋牋 11.00+0.09F牋牋 5.493牋牋 5.6106.140

牋牋牋 653牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.675牋牋 0.981牋牋 0.788牋牋 11.00+0.13F牋牋 5.493牋牋 5.6106.130

牋牋牋 654牋牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.675牋牋 0.981牋牋 0.777牋牋 11.00+0.25F牋牋 5.493牋牋 5.6106.140

 

牋牋牋牋 * Remarks = Based on C-Pebh Merit.ITTC.Ca=0.

牋牋 * Literature = Model resistance tests on a methodical series of forms

牋牋牋牋牋牋牋牋牋 The effect of changes in block coefficient in the range 0.65-0.75 and the resistance of 0.675 block

牋牋牋牋牋牋牋牋牋 coefficient forms with bulbous forms

牋牋牋牋牋牋牋牋牋 J.M.Ferguson,M.N.Parker-RINA 1956

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R I N AC A R G OS H I PSeries - III

莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 13 December 1995

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋 Cwp牋牋牋 >牋牋 Lcb/Lpp Lpp/VolVol/LwlS/Vol

 

牋牋 3066 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.6480.9690.76119.00+1.470F6.547牋牋 3.8996.600

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6770.9760.78919.50+1.410F5.893牋牋 5.0946.160

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6990.9810.79320.00+1.020F5.430牋牋 5.8106.020

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.6480.9690.76119.00+1.470F6.547牋牋 3.8996.600

 

牋牋 3129 - lt5.00牋牋 4.87牋牋 3.44牋牋 0.5920.9680.72116.50+0.540F5.254牋牋 7.4845.860

牋牋牋牋 - md5.00牋牋 4.95牋牋 2.62牋牋 0.6220.9760.74917.00+0.069F4.721牋牋 9.8225.610

牋牋牋牋 - ld5.00牋牋 5.12牋牋 2.12牋牋 0.6520.9800.76319.50-0.490A4.32911.4885.410

牋牋牋牋- ltt 5.00牋牋 4.87牋牋 3.44牋牋 0.5920.9680.72116.50+0.540F5.254牋牋 7.4845.860

 

牋牋 3148 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.6480.9690.76617.50-0.490A6.547牋牋 3.8996.580

牋牋牋牋 - md7.27牋牋 7.18牋牋 2.62牋牋 0.6750.9760.78518.00-0.320A5.899牋牋 5.0686.160

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6980.9810.79218.50-0.020A5.432牋牋 5.8016.010

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.648 0.9690.76617.50-0.490A6.547牋牋 3.8996.580

 

牋牋 3247 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.6470.9690.76720.00+2.230F6.550牋牋 3.8936.610

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6750.9760.78920.50 +1.960F5.899牋牋 5.0796.170

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.7000.9810.79620.75+1.500F5.427牋牋 5.8186.010

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.6470.9690.76720.00+2.230F6.550牋牋 3.8936.610

 

牋牋 3248 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.6490.9690.76821.00+2.810F6.543牋牋 3.9056.620

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6760.9760.78821.50+2.480F5.896牋牋 5.0876.150

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.7000.9810.79621.50+2.020F5.427牋牋 5.8186.050

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.6490.9690.76821.00+2.810F6.543牋牋 3.9056.620

 

牋牋 3378 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.6480.9690.77016.50-0.620A6.547牋牋 3.8996.530

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6760.9760.78617.00-0.730A5.896牋牋 5.0876.150

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6990.9810.78817.50-0.980A5.430牋牋 5.8106.030

 

牋牋 3622 - lt7.27牋牋 7.06牋牋 3.44牋牋 0.6480.9690.76617.50+0.490F6.547牋牋 3.8996.580

牋牋牋牋 - md7.27牋牋 7.17牋牋 2.62牋牋 0.6750.9760.78518.00+0.320F5.899牋牋 5.0796.160

牋牋牋牋 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.6980.9810.79218.50-0.020A5.432牋牋 5.8016.010

牋牋牋牋 - ltt 7.27牋牋 7.06牋牋 3.44牋牋 0.6480.9690.76617.50+0.490F6.547牋牋 3.8996.580

 

牋牋 3624 - lt6.67牋牋 6.47牋牋 4.09牋牋 0.6480.9690.76619.00+0.490F6.546牋牋 3.9006.660

牋牋牋牋 - md6.67牋牋 6.58牋牋 3.12牋牋 0.6750.9760.78519.50+0.320F5.398牋牋 5.0826.220

牋牋牋牋 - ld6.67牋牋 6.83牋牋 2.52牋牋 0.6980.9810.79220.00-0.020A5.432牋牋 5.8036.010

牋牋牋牋 - ltt 6.67牋牋 6.47牋牋 3.44牋牋 0.6480.9690.76619.00+0.490F6.546牋牋 3.9006.660

 

牋牋 3626 - lt6.15牋牋 5.97牋牋 4.80牋牋 0.6480.9690.76620.50+0.490F6.546牋牋 3.8996.830

牋牋牋牋 - md6.15牋牋 6.07牋牋 3.66牋牋 0.6750.9760.78521.00+0.320F5.897牋牋 5.0826.310

牋牋牋牋 - ld6.15牋牋 6.31牋牋 2.96牋牋 0.6980.9810.79221.60-0.020A5.432牋牋 5.8016.040

牋牋牋牋 - ltt 6.15牋牋 5.97牋牋 4.80牋牋 0.6480.9690.76620.50+0.490F6.546牋牋 3.8996.830

 

牋牋 3631 - lt5.71牋牋 5.55牋牋 5.57牋牋 0.6480.9690.76622.00+0.490F6.547牋牋 3.8997.040

牋牋牋牋 - md5.71牋牋 5.64牋牋 4.24牋牋 0.6750.9760.78522.50+0.320F5.897牋牋 5.0826.430

牋牋牋牋 - ld5.71牋牋 5.85牋牋 3.43牋牋 0.6980.9810.79223.00-0.020A5.432牋牋 5.8026.110

牋牋牋牋 - ltt 5.71牋牋 5.55牋牋 5.57牋牋 0.6480.9690.76622.00+0.490F6.547牋牋 3.8997.040

 

牋牋 3632 - lt5.33牋牋 5.18牋牋 6.39牋牋 0.6480.9690.76623.25+0.490F6.545牋牋 3.9017.270

牋牋牋牋 - md5.33牋牋 5.26牋牋 4.87牋牋 0.6750.9760.78523.90+0.320F5.897牋牋 5.0836.580

牋牋牋牋 - ld5.33牋牋 5.46牋牋 3.93牋牋 0.6980.9810.79224.50-0.020A5.432牋牋 5.4646.330

牋牋牋牋 - ltt 5.33牋牋 5.18牋牋 6.39牋牋 0.6480.9690.76623.25+0.490F6.545牋牋 3.9017.270

 

牋牋 3635 - lt8.00牋牋 7.77牋牋 3.44牋牋 0.6480.9690.76616.00+0.490F6.975牋牋 3.2236.750

牋牋牋牋 - md8.00牋牋 7.89牋牋 2.62牋牋 0.6750.9760.78516.40+0.320F 6.286牋牋 4.1986.380

牋牋牋牋 - ld8.00牋牋 8.20牋牋 2.12牋牋 0.6980.9810.79216.90-0.020A5.788牋牋 4.7956.200

牋牋牋牋 - ltt 8.00牋牋 7.77牋牋 3.44牋牋 0.6480.9690.76616.00+0.490F6.975牋牋 3.2236.750

 

牋牋 3637 - lt6.67牋牋 6.47牋牋 3.44牋牋 0.6480.9690.76619.00+0.490F6.178牋牋 4.6396.340

牋牋牋牋 - md6.67牋牋 6.58牋牋 2.62牋牋 0.6750.9760.78519.50+0.320F5.566牋牋 6.0456.000

牋牋牋牋 - ld6.676.83牋牋 2.12牋牋 0.6980.9810.79220.00-0.020A5.126牋牋 6.9035.860

牋牋牋牋 - ltt 6.67牋牋 6.47牋牋 3.44牋牋 0.6480.9690.76619.00+0.490F6.178牋牋 4.6396.340

 

牋牋 3654 - lt5.71牋牋 5.55牋牋 3.44牋牋 0.6480.9690.76622.00+0.490F5.975牋牋 6.3156.040

牋牋牋牋 - md5.71牋牋 5.64牋牋 2.62牋牋 0.6750.9760.78522.50+0.320F5.022牋牋 8.2285.710

牋牋牋牋 - ld5.71牋牋 5.85牋牋 2.12牋牋 0.6980.9810.79223.00-0.020A4.625牋牋 9.3975.560

牋牋牋牋 - ltt 5.71牋牋 5.55牋牋 3.44牋牋 0.6480.9690.76622.00+0.490F5.975牋牋 6.3156.040

 

牋牋 3690 - lt5.00牋牋 4.85牋牋 3.44牋牋 0.6480.9690.76624.60+0.490F5.099牋牋 8.2525.760

牋牋牋牋 - md5.00牋牋 4.93牋牋 2.62牋牋 0.6750.9760.78525.30+0.320F4.59510.7445.460

牋牋牋牋 - ld5.00牋牋 5.12牋牋 2.12牋牋 0.6980.9810.79226.00-0.020A4.23112.2755.330

牋牋牋牋 - ltt 5.00牋牋 4.85牋牋 3.44牋牋 0.6480.9690.76624.60+0.490F5.099牋牋 8.2525.760

 

牋牋牋牋 * Remarks = Based on C-Pe Merit.ATTC.Ca=0

牋牋牋牋牋牋 * Literature = * Model experiments on a series of 0.70 Block Coefficient Forms

牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋The effect on resistance and propulsion of variations in lcb position

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R.E.Blackwell,G.J.Goodrich,RINA 1957

            牋牋牋牋牋牋牋牋牋牋牋牋牋* The effect on resistance of variations in Breadth-Draught ratio and Length-Displacement Forms

牋牋牋牋牋牋牋牋牋牋牋牋牋 R.E.Blackwell,D.J.Doust,RINA 1957

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R I N AC A R G OS H I PS e r i e s- IV

牋牋 莈mberci Denizcilik牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋21 December 1995

 

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LppLpp/VolVol/Lwl牋牋 S/Vol

 

4108 - ld7.27牋牋 7.45牋牋 2.120.650牋牋 0.981牋牋 0.763牋牋 12.25-0.50A牋牋 5.563牋牋 5.402牋牋 6.110

牋牋牋牋 - ltt7.27牋牋 7.06牋牋 3.44牋牋 0.592牋牋 0.969牋牋 0.717牋牋 10.75+0.52F牋牋 6.747牋牋 3.582牋牋 6.640

 

4308 - ld6.89牋牋 7.08牋牋 2.62牋牋 0.800牋牋 0.980牋牋 0.855牋牋 40.00+2.41F牋牋 5.377牋牋 5.937牋牋 6.130

牋牋牋牋 - ltt6.89牋牋 6.76牋牋 4.25牋牋 0.765牋牋 0.969牋牋 0.846牋牋 33.00+3.23F牋牋 6.413牋牋 4.010牋牋 6.870

 

4324 - ld6.89牋牋 7.08牋牋 2.62牋牋 0.800 0.980牋牋 0.855牋牋 40.00+2.38F牋牋 5.377牋牋 5.937牋牋 6.140

牋牋牋牋 - ltt6.89牋牋 6.76牋牋 4.25牋牋 0.765牋牋 0.969牋牋 0.843牋牋 33.00+3.20F牋牋 6.413牋牋 4.010牋牋 6.890

 

4354 - ld6.89牋牋 7.08牋牋 2.62牋牋 0.800牋牋 0.980牋牋 0.855牋牋 40.00+2.40F牋牋 5.377牋牋 5.937牋牋 6.130

牋牋牋牋 - ltt6.89牋牋 6.76牋牋 4.25牋牋 0.765牋牋 0.969牋牋 0.845牋牋 33.00+3.21F牋牋 6.410牋牋 4.016牋牋 6.880

 

4366 - ld6.89牋牋 7.08牋牋 2.62牋牋 0.800牋牋 0.980 0.855牋牋 40.00+2.40F牋牋 5.377牋牋 5.937牋牋 6.120

牋牋牋牋 - ltt6.89牋牋 6.76牋牋 4.25牋牋 0.765牋牋 0.969牋牋 0.846牋牋 33.00+3.28F牋牋 6.410牋牋 4.016牋牋 6.870

 

4108 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.650牋牋 0.981牋牋 0.763牋牋 12.25-0.50A牋牋 5.563牋牋 5.402牋牋 6.110

牋牋牋牋 - ltt7.27牋牋 7.06牋牋 3.44牋牋 0.592牋牋 0.969牋牋 0.717牋牋 10.75+0.52F牋牋 6.747牋牋 3.582牋牋 6.640

 

4430 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.650牋牋 0.981牋牋 0.763 12.25-0.48A牋牋 5.563牋牋 5.402牋牋 6.120

牋牋牋牋 - ltt7.27牋牋 7.06牋牋 3.44牋牋 0.592牋牋 0.969牋牋 0.720牋牋 10.75+0.55F牋牋 6.747牋牋 3.562牋牋 6.640

 

4453 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.650牋牋 0.981牋牋 0.763牋牋 12.25-0.50A牋牋 5.563牋牋 5.402牋牋 6.140

牋牋牋牋 - ltt7.27牋牋 7.06牋牋 3.44牋牋 0.592牋牋 0.969牋牋 0.717牋牋 10.75+0.52F牋牋 6.747牋牋 3.562牋牋 6.640

 

4473 - ld7.27牋牋 7.45牋牋 2.12牋牋 0.650牋牋 0.981牋牋 0.763牋牋 12.25 -0.47A牋牋 5.563牋牋 5.402牋牋 6.100

牋牋牋牋 - ltt7.27牋牋 7.06牋牋 3.44牋牋 0.591牋牋 0.969牋牋 0.717牋牋 10.75+0.57F牋牋 6.751牋牋 3.556牋牋 6.590

 

            牋牋牋牋牋牋牋*Remarks = Based on C-Pehp Merit.ITTC.Ca=0.0

            牋牋牋牋牋牋牋牋牋牋牋牋牋*牋牋 Literature = * Model experiments with stern variations of a 0.65 block coefficient form

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 G.R.Thomson,G.P.White-RINA 1969

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋* Model experiments with stern variations of a 0.80 block coefficient form

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 James Dawson,G.R.Thomson-RINA 1969牋牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R I N AC A R G OS H I PS e r i e s- V -

牋牋 莈mberci Denizcilik牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋22 December 1995

 

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

牋牋 I- 16.25牋牋 6.38牋牋 2.74牋牋 0.649牋牋 0.975牋牋 -----牋牋 11.25-1.71A牋牋 5.486牋牋 5.6906.034

牋牋 I- 26.56牋牋 6.70牋牋 2.62牋牋 0.649牋牋 0.975牋牋 -----牋牋 ------1.71A牋牋 5.575牋牋 5.4246.072

牋牋 I- 36.90牋牋 7.04牋牋 2.49牋牋 0.649牋牋 0.975牋牋 -----牋牋 ------1.71A牋牋 5.669牋牋 5.1576.137

牋牋 I- 47.14牋牋 7.29牋牋 2.40牋牋 0.649牋牋 0.975牋牋 -----牋牋 9.75-1.71A牋牋 5.736牋牋 4.9796.185

 

牋牋 II - 16.25牋牋 6.35牋牋 2.85牋牋 0.644牋牋 0.974牋牋 -----牋牋 ------1.71A牋牋 5.573牋牋 5.5056.076

牋牋 II - 26.56牋牋 6.70牋牋 2.61牋牋 0.649牋牋 0.975牋牋 -----牋牋 ------1.71A牋牋 5.575牋牋 5.4246.072

牋牋 II - 36.90牋牋 7.06牋牋 2.38牋牋 0.653牋牋 0.975牋牋 -----牋牋 ------1.71A牋牋 5.574牋牋 5.3836.113

牋牋 II - 47.14牋牋 7.33牋牋 2.23牋牋 0.658牋牋 0.974牋牋 -----牋牋 ------1.71A牋牋 5.574牋牋 5.3486.132

 

牋牋 III - 56.25牋牋 6.38牋牋 2.74牋牋 0.596牋牋 0.974牋牋 -----牋牋 11.00-2.70A牋牋 5.644牋牋 5.2266.081

牋牋 III - 66.56牋牋 6.70牋牋 2.61牋牋 0.596牋牋 0.974牋牋 -----牋牋 ------2.70A牋牋 5.735牋牋 4.9816.131

牋牋 III - 76.90牋牋 7.04牋牋 2.49牋牋 0.596牋牋 0.974牋牋 -----牋牋 ------2.70A牋牋 5.832牋牋 4.7366.201

牋牋 III - 87.14牋牋 7.29牋牋 2.40牋牋 0.596牋牋 0.974牋牋 -----牋牋 9.50-2.70A牋牋 5.901牋牋 4.5726.238

 

牋牋 IV - 56.25牋牋 6.34牋牋 2.85牋牋 0.591牋牋 0.975牋牋 -----牋牋 ------2.70A牋牋 5.735牋牋 5.0906.134

牋牋 IV - 66.56牋牋 6.70牋牋 2.61牋牋 0.596牋牋 0.974牋牋 -----牋牋 ------2.70A牋牋 5.735牋牋 4.9816.131

牋牋 IV - 76.90牋牋 7.06牋牋 2.38牋牋 0.601牋牋 0.974牋牋 -----牋牋 ------2.70A牋牋 5.735牋牋 4.9356.176

牋牋 IV - 87.14牋牋 7.32牋牋 2.23牋牋 0.605牋牋 0.974牋牋 -----牋牋 ------2.70A牋牋 5.736牋牋 4.9236.200

 

            牋牋牋牋牋牋牋*Remarks = Based on C-Pebh Merit.ATTC.Ca=0.

牋牋牋牋牋牋牋牋牋牋牋 *Literature = The effect upon resistance of large beams on some models with block coefficients

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 between 0.65 and 0.60

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Anders F.Lindblad RINA 1953

           
牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋R I N AM O D E L S
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 03 January 1996

 

Model牋牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋牋 Cx牋牋牋 Cwp牋牋牋牋 >牋牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

* 2991 - lt牋牋 6.50牋牋 6.37牋牋 5.04牋牋 0.785牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.10F牋牋 6.472牋牋 3.925牋牋 7.254

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.825牋牋 0.994牋牋 -----牋牋 43.00牋牋 +2.10F5.138牋牋 6.782牋牋 6.103

 

* 2991A- lt牋牋 6.50牋牋 6.38牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.10F牋牋 6.479牋牋 3.880牋牋 7.265

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.825牋牋 0.994牋牋 -----牋牋 40.00牋牋 +2.10F牋牋 5.138牋牋 6.782牋牋 6.105

 

* 2991B- lt牋牋 6.50牋牋 6.38牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.11F牋牋 6.478牋牋 3.881牋牋 7.264

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.825牋牋 0.994牋牋 -----牋牋 38.00牋牋 +2.11F牋牋 5.1386.782牋牋 6.105

 

* 2991C- lt牋牋 6.50牋牋 6.38牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.14F牋牋 6.477牋牋 3.883牋牋 7.253

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.825牋牋 0.994牋牋 -----牋牋 36.00牋牋 +2.14F牋牋 5.138牋牋 6.782牋牋 6.109

 

* 3297 - lt牋牋 7.04牋牋 7.16牋牋 2.63牋牋 0.668牋牋 0.987牋牋 -----牋牋 12.00牋牋 +2.59F牋牋 5.801牋牋 4.866牋牋 6.352*

牋牋牋 - ld牋牋 7.04牋牋 7.16牋牋 2.21牋牋 0.685牋牋 0.988牋牋 -----牋牋 12.00牋牋 +1.10F牋牋 5.431牋牋 5.9306.158*

 

* 3332 - lt牋牋 6.50牋牋 6.37牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +1.60F牋牋 6.541牋牋 3.800牋牋 7.199

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 34.00牋牋 +1.60F牋牋 5.191牋牋 6.577牋牋 6.065

 

* 3332A- lt牋牋 6.50牋牋 6.39牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +1.63F牋牋 6.541牋牋 3.769牋牋 7.195

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 32.00牋牋 +1.63F牋牋 5.191牋牋 6.577牋牋 6.078

 

* 3332B- lt牋牋 6.50牋牋 6.39牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +1.66F牋牋 6.541牋牋 3.769牋牋 7.196

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 30.00牋牋 +1.66F牋牋 5.191牋牋 6.577牋牋 6.062

 

* 3332C- lt牋牋 6.50牋牋 6.39牋牋 5.01牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +1.70F牋牋 6.541牋牋 3.769牋牋 7.213

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 28.00牋牋 +1.70F牋牋 5.191牋牋 6.577牋牋 6.073

 

* 3343 - lt牋牋 6.50牋牋 6.37牋牋 5.03牋牋 0.807牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.80F牋牋 6.410牋牋 4.040牋牋 7.291

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.850牋牋 0.994牋牋 -----牋牋 59.00牋牋 +2.80F牋牋 5.088牋牋 6.985牋牋 6.100

 

* 3343A- lt6.50牋牋 6.39牋牋 5.03牋牋 0.807牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.80F牋牋 6.410牋牋 4.002牋牋 7.287

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 53.00牋牋 +2.80F牋牋 5.191牋牋 6.577牋牋 6.078

 

* 3343B- lt牋牋 6.50牋牋 6.39牋牋 5.03牋牋 0.807牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.82F牋牋 6.410牋牋 4.002牋牋 7.287

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 50.00牋牋 +2.82F牋牋 5.191牋牋 6.577牋牋 6.062

 

* 3343C- lt牋牋 6.50牋牋 6.39牋牋 5.03牋牋 0.756牋牋 0.994牋牋 -----牋牋 -----牋牋 +2.83F牋牋 6.410牋牋 4.002牋牋 7.288

牋牋牋 - ld牋牋 6.50牋牋 6.68牋牋 2.65牋牋 0.800牋牋 0.994牋牋 -----牋牋 46.00牋牋 +2.83F牋牋 5.088牋牋 6.985牋牋 6.103

 

3492 -lt牋牋 7.27牋牋 7.27牋牋 3.59牋牋 0.664牋牋 0.977牋牋 -----牋牋 15.50牋牋 -6.69A牋牋 6.589牋牋 3.496牋牋 6.819*

牋牋牋 -ld牋牋 7.27牋牋 7.27牋牋 2.38牋牋 0.699牋牋 0.985牋牋 -----牋牋 16.50牋牋 +1.24F牋牋 5.643牋牋 5.565牋牋 6.207*

 

3597 -lt牋牋 7.04牋牋 7.052.77牋牋 0.658牋牋 0.988牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.933牋牋 4.767牋牋 6.297

牋牋牋 -ld牋牋 7.04牋牋 7.18牋牋 2.18牋牋 0.688牋牋 0.988牋牋 -----牋牋 13.00牋牋 ---?--牋牋 5.392牋牋 6.028牋牋 6.063

 

3664 -lt牋牋 8.30牋牋 8.30牋牋 4.79牋牋 0.504牋牋 0.954牋牋 -----牋牋 -----牋牋 ---?--牋牋 8.683牋牋 1.527牋牋 8.046

牋牋牋 -ld牋牋 8.30牋牋 8.30牋牋 3.42牋牋 0.546牋牋 0.969牋牋 -----牋牋 -----牋牋 ---?--牋牋 7.557牋牋 2.317牋牋 7.348

 

3673 -lt牋牋 9.78牋牋 9.78牋牋 4.010.494牋牋 0.819牋牋 -----牋牋 -----牋牋 ---?--牋牋 9.190牋牋 1.288牋牋 8.080

牋牋牋 -ld牋牋 9.78牋牋 10.35牋牋 3.10牋牋 0.520牋牋 0.859牋牋 -----牋牋 -----牋牋 ---?--牋牋 8.294牋牋 1.481牋牋 7.663

 

3750 -lt牋牋 7.27牋牋 7.27牋牋 3.44牋牋 0.706牋牋 0.978牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.362牋牋 3.884牋牋 6.362

牋牋牋 -md牋牋 7.27牋牋 7.27牋牋 2.62牋牋 0.728牋牋 0.983牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.752牋牋 5.255牋牋 6.335

牋牋牋 -ld牋牋 7.27牋牋 7.27牋牋 2.12牋牋 0.7480.987牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.311牋牋 6.675牋牋 5.700

 

3977牋牋牋牋 5.63牋牋 ----牋牋 2.12牋牋 0.543牋牋 0.910牋牋 -----牋牋牋 6.50牋牋 -7.80A牋牋 4.980牋牋 8.098牋牋 6.054

4066牋牋牋牋 5.63牋牋 ----牋牋 2.12牋牋 0.546牋牋 0.910牋牋 -----牋牋 15.00牋牋 -4.56A牋牋 4.971牋牋 8.143牋牋 5.881

 

4033A牋牋牋牋 3.57牋牋 ----牋牋 2.33牋牋 0.503牋牋 0.873牋牋 0.764牋牋 33.00牋牋 +1.05F牋牋 3.89716.901牋牋 5.147

4033B牋牋牋牋 3.57牋牋 ----牋牋 2.33牋牋 0.502牋牋 0.873 0.763牋牋 33.00牋牋 +1.15F牋牋 3.89916.867牋牋 5.150

4035牋牋牋牋 3.57牋牋 ----牋牋 2.33牋牋 0.503牋牋 0.873牋牋 0.821牋牋 33.00牋牋 +1.09F牋牋 3.89716.901牋牋 5.680

 

4043A牋牋牋牋 7.64牋牋 ----牋牋 3.94牋牋 0.534牋牋 0.923牋牋 -----牋牋牋 8.50牋牋 -3.90A牋牋 7.557牋牋 2.317牋牋 3.281

4043B牋牋牋牋 7.64牋牋 ----牋牋 4.08牋牋 0.524牋牋 0.919牋牋 -----牋牋牋 8.50牋牋 -3.70A牋牋 7.673牋牋 2.214牋牋 3.426

 

4168牋牋牋牋 3.57牋牋 ----牋牋 2.33牋牋 0.503牋牋 0.873牋牋 0.833 牋牋38.00牋牋 +0.95F牋牋 3.89716.901牋牋 5.626

 

A - 71 lt牋牋 7.14牋牋 7.28牋牋 2.40牋牋 0.712牋牋 0.975牋牋 -----牋牋 -----牋牋 -0.18A牋牋 5.561牋牋 5.492牋牋 6.179

牋牋牋牋 ld牋牋 7.14牋牋 7.32牋牋 2.25牋牋 0.721牋牋 0.976牋牋 -----牋牋 -----牋牋 -0.37A牋牋 5.419牋牋 5.838牋牋 6.116

 

B - 71 lt牋牋 7.14牋牋 7.28牋牋 2.40牋牋 0.711牋牋 0.969牋牋 -----牋牋 -----牋牋 -0.16A牋牋 5.563牋牋 5.485牋牋 6.222

牋牋牋牋 ld牋牋 7.14牋牋 7.32牋牋 2.25牋牋 0.715牋牋 0.970牋牋 -----牋牋 ----- 牋牋-0.37A牋牋 5.434牋牋 5.790牋牋 6.194

 

C - 71 lt牋牋 7.14牋牋 7.28牋牋 2.40牋牋 0.711牋牋 0.969牋牋 -----牋牋 -----牋牋 -0.18A牋牋 5.563牋牋 5.485牋牋 6.191

牋牋牋牋 ld牋牋 7.14牋牋 7.32牋牋 2.25牋牋 0.717牋牋 0.970牋牋 -----牋牋 -----牋牋 -0.39A牋牋 5.429牋牋 5.806牋牋 6.145

 

D - 71 lt牋牋 7.14牋牋 7.24牋牋 2.40牋牋 0.705牋牋 0.969牋牋 -----牋牋 -----牋牋 -0.32A牋牋 5.579牋牋 5.538牋牋 6.167

牋牋牋牋 ld牋牋 7.14牋牋 7.25牋牋 2.25牋牋 0.709牋牋 0.970牋牋 -----牋牋 -----牋牋 -0.42A牋牋 5.450牋牋 5.904牋牋 6.121

 

A - 82 lt牋牋 7.73牋牋 7.73牋牋 3.00牋牋 0.806牋牋 0.998牋牋 -----牋牋 -----牋牋 +0.86F牋牋 6.058牋牋 4.497牋牋 6.666

牋牋牋牋 ld牋牋 7.73牋牋 7.92牋牋 2.40牋牋 0.819牋牋 0.998牋牋 -----牋牋 -----牋牋 +0.32F牋牋 5.593牋牋 5.315牋牋 6.537

 

B - 82 lt牋牋 7.73牋牋 7.73牋牋 3.00牋牋 0.802牋牋 0.982牋牋 -----牋牋 -----牋牋 +1.61F牋牋 6.068牋牋 4.460牋牋 6.597

牋牋牋牋 ld牋牋 7.73牋牋 7.92牋牋 2.40牋牋 0.817牋牋 0.990牋牋 -----牋牋 -----牋牋 +0.61F牋牋 5.597牋牋 5.292牋牋 6.300

 

B - 82Alt牋牋 7.73牋牋 7.73牋牋 3.00牋牋 0.802牋牋 0.988牋牋 -----牋牋 -----牋牋 +1.61F牋牋 6.068牋牋 4.460牋牋 6.662

牋牋牋牋 ld牋牋 7.73牋牋 7.92牋牋 2.40牋牋 0.817牋牋 0.990牋牋 -----牋牋 -----牋牋 +0.61F牋牋 5.597牋牋 5.292牋牋 6.360

 

HPL -A牋牋牋 6.96牋牋 6.96牋牋 2.33牋牋 0.660牋牋 0.970牋牋 -----牋牋 -----牋牋 -1.53A牋牋 5.551牋牋 5.847牋牋 6.153*

牋牋 - B牋牋牋 7.06牋牋 7.06牋牋 2.31牋牋 0.660牋牋 0.973牋牋 -----牋牋 -----牋牋 -1.51A牋牋 5.583牋牋 5.746牋牋 6.176*

牋牋 - C牋牋牋 7.03牋牋 7.03牋牋 2.31牋牋 0.658牋牋 0.972牋牋 -----牋牋 -----牋牋 -1.51A牋牋 5.573牋牋 5.777牋牋 6.165*

牋牋 - D牋牋牋 7.03牋牋 7.03牋牋 2.31牋牋 0.658牋牋 0.972牋牋 -----牋牋 -----牋牋 -1.52A牋牋 5.573牋牋 5.7776.164*

 

KC - 143C牋牋 6.81牋牋 7.03牋牋 2.37牋牋 0.556牋牋 0.936牋牋 -----牋牋牋 7.50牋牋 -1.55A牋牋 5.830牋牋 4.606牋牋 6.468

KC - 147D牋牋 6.84牋牋 7.05牋牋 2.37牋牋 0.568牋牋 0.935牋牋 -----牋牋牋 9.00牋牋 -0.72A牋牋 5.795牋牋 4.691牋牋 6.524

KC - 148牋牋 6.75牋牋 6.95牋牋 2.40牋牋 0.584牋牋 0.932牋牋 -----牋牋 10.00牋牋 -1.55A牋牋 5.716牋牋 4.887牋牋 6.321

KC - 149B牋牋 6.78牋牋 6.99牋牋 2.38牋牋 0.601牋牋 0.932牋牋 -----牋牋 11.30牋牋 -0.54A牋牋 5.672牋牋 5.002牋牋 6.433

KC - 150B牋牋 6.77牋牋 6.96牋牋 2.62牋牋 0.616牋牋 0.945牋牋 -----牋牋 16.00牋牋 -0.72A牋牋 5.804牋牋 4.719牋牋 6.252

KC - 150H牋牋 5.60牋牋 5.78牋牋 2.89牋牋 0.616牋牋 0.945牋牋 -----牋牋 16.00牋牋 -0.72A牋牋 5.276牋牋 6.230牋牋 6.253

 

Lucy-Ashton9.05牋牋 9.05牋牋 4.53牋牋 0.685牋牋 0.972牋牋 0.785牋牋 12.50牋牋 -1.96A牋牋 8.144牋牋 1.851牋牋 7.959

 

Drift-O牋牋牋 3.30牋牋 3.48牋牋 2.97牋牋 0.383牋牋 0.594牋牋 -----牋牋 25.00牋牋 -3.95A牋牋 4.39110.129牋牋 6.718

牋牋牋 -A牋牋3.30牋牋 3.48牋牋 2.98牋牋 0.378牋牋 0.617牋牋 -----牋牋 21.00牋牋 -4.86A牋牋 4.37810.221牋牋 6.795

牋牋牋 -B牋牋牋 3.30牋牋 3.68牋牋 2.63牋牋 0.402牋牋 0.802牋牋 -----牋牋牋 9.00牋牋 -4.49A牋牋 4.31110.700牋牋 6.133

牋牋牋 -C牋牋牋 3.30牋牋 3.48牋牋 2.76牋牋 0.359牋牋 0.675牋牋 -----牋牋牋 9.00牋牋 -5.26A牋牋 4.416牋牋 9.956牋牋 6.828

 

Can-Weather7.23牋牋 7.60牋牋 2.94牋牋 0.612牋牋 0.963牋牋 0.689牋牋 11.00牋牋 -0.59A牋牋 6.307牋牋 3.428牋牋 6.473

 

Tug -lt牋牋 3.62 牋牋3.62牋牋 2.75牋牋 0.553牋牋 0.887牋牋 0.771牋牋 39.25牋牋 +0.29F牋牋 4.02715.309牋牋 5.135

牋牋牋 -md牋牋 3.62牋牋 3.62牋牋 2.49牋牋 0.575牋牋 0.898牋牋 0.806牋牋 41.50牋牋 +0.09F牋牋 3.84717.568牋牋 5.065

牋牋牋 -ld牋牋 3.62牋牋 3.62牋牋 2.28牋牋 0.596牋牋 0.907牋牋 0.844牋牋 44.25牋牋 -0.21A牋牋 3.68919.920牋牋 5.015

 

Tug牋牋牋牋牋 3.61牋牋 3.85牋牋 2.10牋牋 0.478牋牋 0.852牋牋 -----牋牋 32.00牋牋 -0.50A牋牋 3.85414.334牋牋 4.973 *

 

Glenl-Lt牋牋 6.71牋牋 6.71牋牋 3.82牋牋 0.544牋牋 0.964牋牋 0.649牋牋牋 4.80牋牋 -0.16A牋牋 6.814牋牋 3.161牋牋 6.781

牋牋牋 -Lt+t6.71牋牋 6.71牋牋 3.82牋牋 0.544牋牋 0.963牋牋 0.656牋牋牋 4.80牋牋 -2.12A牋牋 6.814牋牋 3.161牋牋 6.781

牋牋牋 -Md牋牋 6.71牋牋 6.71牋牋 2.94牋牋 0.572牋牋 0.974牋牋 0.693牋牋牋 5.70牋牋 -0.69A牋牋 6.135牋牋 4.324牋牋 6.335

牋牋牋 -Md+t6.71牋牋 6.71牋牋 2.94牋牋 0.572牋牋 0.988牋牋 0.740牋牋牋 5.30牋牋 -0.18A牋牋 6.138牋牋 4.324牋牋 6.458

牋牋牋 -Ld牋牋 6.71牋牋 6.71牋牋 2.53 牋牋0.591牋牋 0.977牋牋 0.735牋牋牋 7.50牋牋 -1.09A牋牋 5.779牋牋 5.181牋牋 6.243

牋牋牋 -D+ld6.71牋牋 6.71牋牋 2.48牋牋 0.585牋牋 0.973牋牋 -----牋牋牋 7.80牋牋 -1.29A牋牋 5.761牋牋 5.230牋牋 6.781

 

Victory牋牋牋 7.04牋牋 7.04牋牋 2.18牋牋 0.688牋牋 0.988牋牋 0.740牋牋 -----牋牋 -0.18A牋牋 5.392牋牋 6.029牋牋 6.057

 

Great Britain 5.64牋牋 5.72牋牋 2.85牋牋 0.494牋牋 0.792牋牋 0.790牋牋 24.70牋牋 -0.02A牋牋 5.683牋牋 5.224牋牋 6.214

 

 

牋牋牋牋牋牋 * Remarks = Based on C-PeMerit.ITTC.Ca=0 * S/Vol Estimated

            牋牋牋牋牋牋牋Based on EHP Curves.ITTC.Ca=0.0002

          * Literature = * Glenlyon Class-Design and Operation of High-Powered Cargo Liners

牋牋牋牋牋牋牋牋牋牋牋牋 M.Meek-RINA 1964

            牋牋牋牋牋牋牋牋牋牋牋牋* Source generated ships of minimum theoretical wave resistance

            牋牋牋牋牋牋牋牋牋牋牋牋牋RINA 1966

牋牋牋牋牋牋牋牋牋牋牋牋牋 * Methodical series experiments on Cylindrical Bows

牋牋牋牋牋牋牋牋牋牋牋牋 Ir.J.J.Muntjewerf-RINA 1970

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R I N A牋牋 M O O R Series
牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 17 October 1995

 

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋 CwpLcb/Lpp Lpp/VolVol/Lwl牋牋 S/Vol

 

* YB -lt牋牋 7.27牋牋 7.10牋牋 3.44牋牋 0.7630.9680.855+2.49F6.200牋牋 4.521牋牋 6.533

牋牋牋 -md牋牋 7.27牋牋 7.21牋牋 2.62牋牋 0.7820.9760.860+2.31F5.617牋牋 5.791牋牋 6.143

牋牋牋 -ld牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.7980.9800.859+2.01F5.1956.637牋牋 5.964

牋牋牋 -Trim7.27牋牋 7.13牋牋 3.41牋牋 0.7560.9680.856-0.84A6.200牋牋 4.460牋牋 6.547

 

* YC -lt牋牋 7.27牋牋 7.07牋牋 3.44牋牋 0.7700.9860.852+2.65F6.182牋牋 4.619牋牋 6.854

牋牋牋 -md牋牋 7.27 牋牋7.17牋牋 2.62牋牋 0.7860.9900.863+2.38F5.606牋牋 5.915牋牋 6.432

牋牋牋 -ld牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.8010.9920.856+1.98F5.188牋牋 6.682牋牋 6.195

牋牋牋 -Trim7.27牋牋 7.08牋牋 3.41牋牋 0.7630.9860.859-0.62A6.182牋牋 4.574牋牋 6.892

 

* YI -lt牋牋 7.27牋牋 7.15牋牋 3.44牋牋 0.7630.9850.841+3.11F6.198牋牋 4.425牋牋 6.682

牋牋牋 -md牋牋 7.27牋牋 7.38牋牋 2.62牋牋 0.7810.9890.847+2.62F5.618牋牋 5.404牋牋 6.311

牋牋牋 -ld牋牋 7.27牋牋 7.50牋牋 2.12牋牋 0.8000.9910.862+2.00F5.191牋牋 6.534牋牋 6.077

牋牋牋 -Trim7.27牋牋 7.31牋牋 3.42牋牋 0.7580.9850.840-0.27A6.198牋牋 4.136牋牋 6.729

 

* YJ -lt牋牋 7.27牋牋 7.10牋牋 3.44牋牋 0.7630.9680.853+2.94F6.199牋牋 4.521牋牋 6.550

牋牋牋 -md牋牋 7.27牋牋 7.19牋牋 2.62牋牋 0.7820.9750.868+2.49F5.616牋牋 5.853牋牋 6.184

牋牋牋 -ld牋牋 7.27牋牋 7.45牋牋 2.12牋牋 0.8000.9800.867+2.02F5.192牋牋 6.644牋牋 6.000

牋牋牋 -Trim7.27牋牋 7.12牋牋 3.41牋牋 0.7580.9680.864-0.43A6.199牋牋 4.467牋牋 6.560

 

* YW -lt牋牋 7.27牋牋 7.08牋牋 3.44牋牋 0.7700.9850.849+2.77F6.179牋牋 4.590牋牋 6.604

牋牋牋 -md牋牋 7.27牋牋 7.18牋牋 2.62牋牋 0.7850.9890.858+2.45F5.618牋牋 5.853牋牋 6.246

牋牋牋 -ld牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.8000.9910.855+2.06F5.191牋牋 6.644牋牋 6.128

牋牋牋 -Trim7.27牋牋 7.12牋牋 3.41牋牋 0.7640.9850.854-0.10A6.179牋牋 4.467牋牋 6.655

 

* ZH -lt牋牋 7.27牋牋 7.09牋牋 3.44牋牋 0.7660.9680.851+2.66F6.190牋牋 4.542牋牋 6.560

牋牋牋 -md牋牋 7.27牋牋 7.19牋牋 2.62牋牋 0.7840.9750.859+2.33F5.610牋牋 5.8506.170

牋牋牋 -ld牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.7990.9800.856+1.97F5.190牋牋 6.670牋牋 6.000

牋牋牋 -Trim7.27牋牋 7.13牋牋 3.41牋牋 0.7660.9680.855-0.66A6.190牋牋 4.499牋牋 6.580

 

* ZT -lt牋牋 7.27牋牋 7.09 牋牋3.44牋牋 0.7660.9680.851+2.66F6.190牋牋 4.556牋牋 6.550

牋牋牋 -md牋牋 7.27牋牋 7.19牋牋 2.62牋牋 0.7840.9750.858+2.34F5.610牋牋 5.859牋牋 6.170

牋牋牋 -ld牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.7990.9800.855+1.96F5.190牋牋 6.670牋牋 6.000

牋牋牋 -Trim7.27牋牋 7.12牋牋 3.41牋牋 0.7610.9680.857-0.65A6.190牋牋 4.498牋牋 6.190

 

* 683-ld牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.7990.9800.847+1.95F5.190牋牋 6.670牋牋 6.030

 

* 684-lt牋牋 7.27牋牋 7.09牋牋 3.44牋牋 0.7700.9680.870+2.87F6.180牋牋 4.580牋牋 6.580

牋牋牋 -md牋牋 7.27牋牋 7.19牋牋 2.62牋牋 0.7860.9750.853+2.42F5.610牋牋 5.874牋牋 6.200

牋牋牋 -ld牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.7990.9800.847+1.96F5.190牋牋 6.670牋牋 6.030

牋牋牋 -Trim7.27牋牋 7.12牋牋 3.41牋牋 0.7650.9680.858-0.42A6.180牋牋 4.522牋牋 6.600

 

            牋牋牋牋牋*Remarks = Based on C Merit.ITTC.Ca=0

            牋牋牋牋牋*Literature = The C of Some 0.80 Cb Forms

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋D.J.Moor RINA 1960

           

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 B S R A牋牋牋 Methodical牋牋牋 Series
牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 22 December 1994

 

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋 Cwp牋牋 Lcb/Lpp Lpp/VolVol/Lwl S/Vol

 

* Ship 1牋牋 7.27牋牋 7.27牋牋 2.62牋牋 0.7850.976-----+1.68F7.280牋牋 5.6675.615

* Ship 2牋牋 7.27牋牋 7.36牋牋 2.39牋牋 0.7170.978-----+0.79F7.280牋牋 5.4615.615

* Ship 3牋牋 7.27牋牋 7.44牋牋 2.12牋牋 0.6700.980------0.77A7.280牋牋 5.7195.513

 

* 3067 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822+1.00F7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822+1.00F7.273牋牋 6.2575.306

 

* 3155 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822+1.50F7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822+1.50F7.273牋牋 6.2575.306

 

* 3204 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822+1.00F7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822+1.00F7.273牋牋 6.2575.306

 

* 3223 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822+2.00F7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822+2.00F7.273牋牋 6.2575.306

 

* 3255 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7000.9800.793牋牋 0.00M7.273牋牋 5.8395.429

 

* 3256 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.7000.9680.772+1.00F7.273牋牋 4.0946.383

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62 牋牋0.7000.9760.786+1.00F7.273牋牋 5.0535.830

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7000.9800.793+1.00F7.273牋牋 5.8395.429

 

* 3370A - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822+1.00F7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822+1.00F7.273牋牋 6.2575.306

 

* 3467 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7000.9760.786牋牋 0.00M7.273牋牋 5.0535.830

 

* 3767 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.6500.9800.765-0.50A7.273牋牋 5.5485.565

 

* 3797 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.6500.9680.734-1.50A7.273牋牋 3.8016.543

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.6500.9760.753-1.50A7.273牋牋 4.6925.976

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.6500.9800.765-1.50A7.273牋牋 5.4225.565

 

* 3800 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.6500.9680.734+0.50F7.273牋牋 3.8016.543

牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.6500.9760.753+0.50F7.273牋牋 4.6925.976

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.6500.9800.765+0.50F7.273牋牋 5.4225.565

 

* 3801 - lt 7.27牋牋 7.13牋牋 3.440.6500.9680.734-1.50A7.273牋牋 3.8016.543

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.6500.9760.753-1.50A7.273牋牋 4.6925.976

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.6500.9800.765-1.50A7.273 5.4225.565

 

* 3802 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.6500.9680.734+1.50F7.273牋牋 3.8016.543

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.6500.9760.753+1.50F7.273牋牋 4.6925.976

牋牋牋牋牋 - ld 7.277.44牋牋 2.12牋牋 0.6500.9800.765+1.50F7.273牋牋 5.4225.565

 

* 3803 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.6500.9680.734-2.00A7.273牋牋 3.8016.543

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.6500.9760.753 -2.00A7.273牋牋 4.6925.976

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.6500.9800.765-2.00A7.273牋牋 5.4225.565

 

* 3807B - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.8000.9680.852+2.00F7.273牋牋 4.6796.105

牋牋 牋牋牋- md 7.27牋牋 7.27牋牋 2.62牋牋 0.8000.9760.861+2.00F7.273牋牋 5.7755.576

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.8000.9800.863+2.00F7.273牋牋 6.6745.193

 

* 3820 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.7500.9680.815+3.00F7.273牋牋 4.2006.238

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822+3.00F7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822+3.00F7.273牋牋 6.2575.306

 

* 3822 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.7500.9680.815牋牋 0.00M7.273牋牋 4.2006.238

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.7500.9760.822牋牋 0.00M7.273牋牋 5.4145.697

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.7500.9800.822牋牋 0.00M7.273牋牋 6.2575.306

 

* 3858 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.8000.9680.852+3.50F7.273牋牋 4.6796.105

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.8000.9760.861+3.50F7.273牋牋 5.7755.576

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.8000.9800.863+3.50F7.273牋牋 6.6745.193

 

* 3859 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.8000.9680.852+0.50F7.273牋牋 4.6796.105

牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.8000.9760.861+0.50F7.273牋牋 5.7755.576

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.8000.9800.863+0.50F7.273牋牋 6.6745.193

 

* 3860 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.800 0.9680.852+1.50F7.273牋牋 4.6796.105

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.8000.9760.861+1.50F7.273牋牋 5.7755.576

牋牋牋牋牋 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.8000.9800.863+1.50F7.273牋牋 6.6745.193

 

* 3861 - lt 7.27牋牋 7.13牋牋 3.44牋牋 0.8000.9680.852+2.50F7.273牋牋 4.6796.105

牋牋牋牋牋 - md 7.27牋牋 7.27牋牋 2.62牋牋 0.8000.9760.861+2.50F7.273牋牋 5.7755.576

牋牋牋牋牋 - ld 7.27牋牋 7.44 牋牋2.12牋牋 0.8000.9800.863+2.50F7.273牋牋 6.6745.193

 

* 4121 - ld 7.27牋牋 7.44牋牋 2.12牋牋 0.6500.9800.765-0.50A5.198牋牋 5.4224.976

 

            牋牋牋牋牋牋牋牋牋牋牋* Remarks = Based on C Merit.ITTC.Ca=0

牋牋牋牋牋 牋牋牋牋牋* Literature = * The BRSA Methodical series-An overall presentation

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Geometry of forms and variation of resistance with block coefficient and

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Longitudinal Centre of Buoyancy

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 D.I.Moor,M.N.Parker,R.N.M.Pattullo

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 B S R AMethodicalSeries -III-
牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋1 December 1995

 

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋 CwpLcb/Lpp牋牋 >牋牋 Lpp/VolVol/LwlS/Vol

 

牋牋 4425 - lt6.89牋牋 6.76牋牋 4.25牋牋 0.8240.9860.889+3.40F55.50牋牋 6.256牋牋 4.3336.970

牋牋牋牋 - md6.89牋牋 7.03牋牋 3.24牋牋 0.8380.9900.876+2.98F55.50牋牋 5.683牋牋 5.1246.470

牋牋牋牋 - ld6.89牋牋 7.12牋牋 2.62牋牋 0.8500.9920.885+2.55F57.75牋牋 5.267牋牋 6.8446.200

 

牋牋 4428 - lt6.89牋牋 6.76牋牋 4.25牋牋 0.8230.9860.891+4.22F63.75牋牋 6.258牋牋 4.3286.990

牋牋牋牋 - md6.89牋牋 7.03牋牋 3.24牋牋 0.8380.9900.891+3.77F63.75牋牋 5.683牋牋 5.1246.490

牋牋牋牋 - ld6.89牋牋 7.12牋牋 2.62牋牋 0.8520.9920.887+3.28F66.00牋牋 5.263牋牋 6.2066.200

 

牋牋 4431 - lt6.89牋牋 6.76牋牋 4.25牋牋 0.8240.9860.890+2.49F46.00牋牋 6.256牋牋 4.3336.970

牋牋牋牋 - md6.89牋牋 7.03牋牋 3.24牋牋 0.8380.9900.875+2.16F46.25牋牋 5.683牋牋 5.1246.460

牋牋牋牋 - ld6.89牋牋 7.12牋牋 2.62牋牋 0.8510.9920.882+1.76F48.75牋牋 5.265牋牋 6.8526.190

 

牋牋 4432 - lt6.89牋牋 6.77牋牋 4.25牋牋 0.8270.9860.885+3.20F52.25牋牋 6.248 牋牋4.3266.960

牋牋牋牋 - md6.89牋牋 7.00牋牋 3.24牋牋 0.8390.9900.872+2.88F54.00牋牋 5.680牋牋 5.1946.460

牋牋牋牋 - ld6.89牋牋 7.06牋牋 2.62牋牋 0.8500.9920.883+2.50F55.25牋牋 5.267牋牋 6.3706.190

 

牋牋 4441 - lt6.89牋牋 6.77牋牋 4.25牋牋 0.8270.9860.884+4.00F60.25牋牋 6.248牋牋 4.3266.970

牋牋牋牋 - md6.89牋牋 7.00牋牋 3.24牋牋 0.8390.9900.871+3.66F61.25牋牋 5.680牋牋 5.1946.470

牋牋牋牋 - ld6.89牋牋 7.06 牋牋2.62牋牋 0.8500.9920.884+3.26F61.50牋牋 5.267牋牋 6.3706.190

 

牋牋 4449 - lt6.89牋牋 6.77牋牋 4.25牋牋 0.8270.9860.884+2.29F46.00牋牋 6.248牋牋 4.3266.980

牋牋牋牋 - md6.89牋牋 7.00牋牋 3.24牋牋 0.8390.9900.869+2.03F46.25牋牋 5.680牋牋 5.1946.470

牋牋牋牋 - ld6.89牋牋 7.06牋牋 2.62牋牋 0.8490.9920.884+1.70F47.00牋牋 5.269牋牋 6.3626.190

 

牋牋 4469 - lt6.89牋牋 6.76牋牋 4.25牋牋 0.8250.9860.889+1.61F41.00牋牋 6.253牋牋 4.3386.950

牋牋牋牋 - md6.89牋牋 7.03牋牋 3.24牋牋 0.8390.9900.874+1.29F42.25牋牋 5.680牋牋 5.1306.470

牋牋牋牋 - ld6.89牋牋 7.12牋牋 2.62牋牋 0.8510.9920.880+0.96F44.25牋牋 5.265牋牋 6.8526.190

 

牋牋 4471 - lt6.89牋牋 6.77牋牋 4.25牋牋 0.8260.9860.883+1.47F39.00牋牋 6.251牋牋 4.3206.970

牋牋牋牋 - md6.89牋牋 7.00牋牋 3.24牋牋 0.8370.9900.868+1.24F40.00牋牋 5.685牋牋 5.1826.470

牋牋牋牋 - ld6.89牋牋 7.06牋牋 2.62牋牋 0.8480.9920.877+0.94F41.00牋牋 5.271牋牋 6.3556.190

 

牋牋 4491 - lt6.89牋牋 6.76牋牋 4.25牋牋 0.8200.9860.889+4.97F64.25牋牋 6.266牋牋 4.3126.970

牋牋牋牋 - md6.89牋牋 7.03牋牋 3.24 0.8350.9900.878+4.48F64.25牋牋 5.690牋牋 5.1056.460

牋牋牋牋 - ld6.89牋牋 7.12牋牋 2.62牋牋 0.8490.9920.886+3.93F66.25牋牋 5.269牋牋 6.1846.180

 

牋牋 4492 - lt6.89牋牋 6.77牋牋 4.25牋牋 0.8250.9860.883 +4.86F64.75牋牋 6.253牋牋 4.3156.960

牋牋牋牋 - md6.89牋牋 7.00牋牋 3.24牋牋 0.8370.9900.872+4.46F64.75牋牋 5.685牋牋 5.1826.470

牋牋牋牋 - ld6.89牋牋 7.06牋牋 2.62牋牋 0.8490.9920.883+4.05F64.75牋牋 5.269牋牋 6.3626.190

 

牋牋 4503 - ld6.89牋牋 7.06牋牋 2.62牋牋 0.8500.9920.886+3.26F61.50牋牋 5.267牋牋 6.3706.220

 

            牋牋牋牋牋牋* Remarks =Based on Cr Curves.Measured on Curves C-Pehp.ITTC.Ca=0

            牋牋牋牋牋牋* Literature = Model experiments on a series of 0.85 block coefficient forms

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 The effect on resistance and propulsive efficiency of variations in Lcb

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 R.E.Clements,G.R.Thomson-RINA 1974

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋S T - A L B A NC A R G OS H I PS e r i e s
牋牋牋牋牋
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 28 December 1995

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb 牋牋牋Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

牋牋 1257牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.850牋牋 1.000牋牋 0.893牋牋 45.60+1.91F牋牋 5.378牋牋 5.8496.262

 

牋牋 1305牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.849牋牋 1.000牋牋 0.883牋牋 29.50+0.40F牋牋 5.380牋牋 5.8426.116

牋牋 1306牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.850牋牋 1.000牋牋 0.887牋牋 37.50+0.95F牋牋 5.378牋牋 5.8496.284

牋牋 1307牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.849牋牋 1.000牋牋 0.889牋牋 40.50+1.45F牋牋 5.380牋牋 5.8426.290

 

牋牋 1508牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.850牋牋 1.000牋牋 0.898牋牋 39.50+0.44F牋牋 5.378牋牋 5.8496.257

牋牋 1509牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.848牋牋 1.000牋牋 0.896牋牋 40.00+0.94F牋牋 5.382牋牋 5.8356.267

牋牋 1510牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.850牋牋 1.000牋牋 0.895牋牋 43.60+1.47F牋牋 5.378牋牋 5.8496.260

牋牋 1511牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.850牋牋 1.000牋牋 0.891牋牋 47.80+2.50F牋牋 5.378牋牋 5.8496.275

 

牋牋 1807牋牋牋 7.27牋牋 7.51牋牋 2.50牋牋 0.849牋牋 1.000牋牋 0.896牋牋 53.00+3.03F牋牋 5.380牋牋 5.8426.258

牋牋牋牋牋牋牋牋 *Remarks= Based on C-Pehp Merit.ITTC.Ca=0.

牋牋牋牋牋牋牋牋牋 * Literature = Resistance and propulsion experiments with models of 0.85 block coefficient variation

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 of longitudinal position of centre of buoyancy牋牋牋牋牋牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 G.Taylor-RINA 1974

 

牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋B S R AM E R C H A N TS H I PS e r i e s

牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 01 January 1995

 

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

牋牋 4671 -lt6.89牋牋 6.79牋牋 4.25牋牋 0.819牋牋 0.991牋牋 0.877牋牋 36.00+3.16F牋牋 6.269牋牋 4.2336.950

牋牋牋牋牋 -ld6.89牋牋 7.10牋牋 2.62牋牋 0.849牋牋 0.995牋牋 0.892牋牋 48.00+1.93F牋牋 5.269牋牋 6.2536.220

牋牋牋牋牋 -ltt 6.89牋牋 6.79牋牋 4.25牋牋 0.819牋牋 0.991牋牋 0.877牋牋 36.00+3.16F牋牋 6.269牋牋 4.2336.950

 

牋牋 4677 -lt7.09牋牋 6.99牋牋 3.44牋牋 0.819牋牋 0.991牋牋 0.877牋牋 35.00+3.16F牋牋 5.951牋牋 4.9466.620

牋牋牋牋牋 -ld7.09牋牋 7.30牋牋 2.12牋牋 0.849牋牋 0.995牋牋 0.892牋牋 47.50+1.93F牋牋 5.002牋牋 7.3086.050

牋牋牋牋牋 -ltt 7.09牋牋 6.99牋牋 3.44牋牋 0.819牋牋 0.991牋牋 0.877牋牋 35.00+3.16F牋牋 5.951牋牋 4.9466.620

 

牋牋 4680 -lt5.76牋牋 5.68牋牋 5.20牋牋 0.819牋牋 0.991牋牋 0.877牋牋 40.00+3.16F牋牋 5.951牋牋 4.9467.040

牋牋牋牋牋 -ld5.76牋牋 5.94牋牋 3.20牋牋 0.849牋牋 0.995牋牋 0.89252.00+1.93F牋牋 5.001牋牋 7.3116.160

牋牋牋牋牋 -ltt 5.76牋牋 5.68牋牋 5.20牋牋 0.819牋牋 0.991牋牋 0.877牋牋 40.00+3.16F牋牋 5.951牋牋 4.9467.040

 

牋牋 4693 -lt8.37牋牋 8.25牋牋 3.44牋牋 0.819牋牋 0.991牋牋 0.877牋牋 31.50+3.16F牋牋 6.648牋牋 3.5497.000

牋牋牋牋牋 -ld8.37牋牋 8.62牋牋 2.12牋牋 0.849牋牋 0.995牋牋 0.892牋牋 42.00+1.93F牋牋 5.588牋牋 5.2436.390

牋牋牋牋牋 -ltt 8.37牋牋 8.25牋牋 3.44牋牋 0.819牋牋 0.991牋牋 0.877牋牋 31.50+3.16F6.648牋牋 3.5497.000

 

牋牋 4694 -lt6.80牋牋 6.71牋牋 5.20牋牋 0.819牋牋 0.991牋牋 0.877牋牋 35.50+3.16F牋牋 6.648牋牋 3.5497.500

牋牋牋牋牋 -ld6.80牋牋 7.01牋牋 3.20牋牋 0.849牋牋 0.995牋牋 0.892牋牋 47.50+1.93F牋牋 5.587 牋牋5.2456.530

牋牋牋牋牋 -ltt 6.80牋牋 6.71牋牋 5.20牋牋 0.819牋牋 0.991牋牋 0.877牋牋 35.50+3.16F牋牋 6.648牋牋 3.5497.500

 

            牋牋牋牋* Remarks= Based on C-Pehp Merit.ITTC.Ca=0.0

            牋牋牋牋* Literature = Model experiments on a series of 0.85 block coefficient forms

            牋牋牋牋牋牋牋牋牋牋牋牋The effect on resistance and propulsive efficiency of variations in Breadth-Draught ratio and

            牋牋牋牋牋牋牋牋牋牋牋牋Length-Displacement Ratio

            牋牋牋牋牋牋牋牋牋牋牋牋R.E.Clements,G.R.Thomson-RINA 1974

             

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 N E C I E SH I G HS P E E DS H I PS E R I E S

牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 11 January 1996

 

牋牋 ModelLpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LwlLpp/VolVol/LwlS/Vol

 

牋牋 1074牋牋牋 6.71牋牋 -----牋牋 2.53牋牋 0.591牋牋 0.977牋牋 0.735牋牋 7.50-1.09A牋牋 5.779牋牋 5.1826.243

 

牋牋 1121牋牋牋 6.71 -----牋牋 2.53牋牋 0.592牋牋 0.977牋牋 0.727牋牋 6.50-1.08A牋牋 5.775牋牋 5.1916.264

牋牋 1122牋牋牋 6.71牋牋 -----牋牋 2.53牋牋 0.592牋牋 0.977牋牋 0.719牋牋 6.30-1.07A牋牋 5.775牋牋 5.1916.282

牋牋 1129牋牋牋 6.71牋牋 ----- 牋牋2.53牋牋 0.592牋牋 0.977牋牋 0.736牋牋 7.00-0.44A牋牋 5.775牋牋 5.1916.233

牋牋 1130牋牋牋 6.71牋牋 -----牋牋 2.53牋牋 0.592牋牋 0.977牋牋 0.730牋牋 7.00-1.83A牋牋 5.775牋牋 5.1916.226

牋牋 1131牋牋牋 6.71牋牋 -----牋牋 2.53 牋牋0.592牋牋 0.977牋牋 0.728牋牋 7.00-2.49A牋牋 5.775牋牋 5.1916.230

牋牋 1132牋牋牋 6.71牋牋 -----牋牋 2.53牋牋 0.592牋牋 0.977牋牋 0.725牋牋 7.00-3.18A牋牋 5.775牋牋 5.1916.218

 

牋牋 1380牋牋牋 7.90牋牋 -----牋牋 2.69牋牋 0.591牋牋 0.977牋牋 0.735牋牋 6.40-1.09A牋牋 6.572牋牋 3.5246.659

牋牋 1381牋牋牋 7.90牋牋 -----牋牋 2.15牋牋 0.591牋牋 0.977牋牋 0.735牋牋 6.40-1.09A牋牋 6.100牋牋 4.4056.464

牋牋 1382牋牋牋 7.90牋牋 -----牋牋 1.79牋牋 0.591牋牋 0.977牋牋 0.735牋牋 6.40-1.09A牋牋 5.740牋牋 5.2866.402

牋牋 1383牋牋牋 6.71牋牋 -----牋牋 3.17牋牋 0.591牋牋 0.977牋牋 0.735牋牋 7.50-1.09A牋牋 6.225牋牋 4.1456.493

牋牋 1384牋牋牋 6.71牋牋 -----牋牋 2.11牋牋 0.591牋牋 0.977牋牋 0.735牋牋 7.50-1.09A牋牋 5.438牋牋 6.2196.158

牋牋 1385牋牋牋 5.84牋牋 -----牋牋 3.64牋牋 0.591牋牋 0.977牋牋 0.735牋牋 8.60-1.09A牋牋 5.942牋牋 4.7676.419

牋牋 1386牋牋牋 5.84牋牋 -----牋牋 2.91牋牋 0.591牋牋 0.977牋牋 0.735牋牋 8.60-1.09A牋牋 5.516牋牋 5.9606.096

牋牋 1387牋牋牋 5.84牋牋 -----牋牋 2.43牋牋 0.591牋牋 0.977牋牋 0.735牋牋 8.60-1.09A牋牋 5.190牋牋 7.1525.925

 

牋牋牋牋 * Remarks= Based on C-Pe Merit.Original ITTC.Ca=0.

            牋牋牋* Literature = Resistance,Propulsion and motions of high speed single screw cargo liners

牋牋牋牋牋牋牋牋牋 D.I.Moor-NECIES 1966

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 T O D DC O A S T E R SM O D E L S

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋19 January 1996

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LwlLpp/VolVol/LwlS/Vol

 

牋牋 1911牋牋牋 5.41牋牋 -----牋牋 2.75牋牋 0.625牋牋 0.983牋牋 0.752牋牋 13.00-0.81A牋牋 5.048牋牋 7.7765.740

牋牋 1924A牋牋牋 5.41牋牋 -----牋牋 2.75牋牋 0.724牋牋 0.979牋牋 0.824牋牋 36.00+2.12F牋牋 4.806牋牋 9.0075.570

 

牋牋 1935牋牋牋 5.41牋牋 -----牋牋 2.75牋牋 0.657牋牋 0.980牋牋 0.778牋牋 23.00+0.33F4.964牋牋 8.1745.710

牋牋 1939牋牋牋 5.41牋牋 -----牋牋 2.75牋牋 0.692牋牋 0.982牋牋 0.803牋牋 29.00+1.25F牋牋 4.879牋牋 8.6095.660

牋牋 1945A牋牋牋 5.99牋牋 -----牋牋 2.48牋牋 0.625牋牋 0.984牋牋 0.754牋牋 12.60-0.83A牋牋 5.2237.0195.890

牋牋 1959A牋牋牋 5.99牋牋 -----牋牋 2.48牋牋 0.724牋牋 0.979牋牋 0.826牋牋 33.00+2.19F牋牋 4.973牋牋 8.1315.710

 

牋牋 1997牋牋牋 5.99牋牋 -----牋牋 2.48牋牋 0.657牋牋 0.980牋牋 0.778牋牋 20.80+0.32F牋牋 5.137牋牋 7.379 5.810

牋牋 2002牋牋牋 5.99牋牋 -----牋牋 2.48牋牋 0.692牋牋 0.982牋牋 0.803牋牋 26.90+1.18F牋牋 5.049牋牋 7.7725.780

 

牋牋牋牋牋牋牋牋牋牋牋牋 * Literature = Further experiments with models of cargo-carrying coasters

牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋F.H.Todd

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 INA 1941/42

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 L U N D EM E R C H A N TS H I PM O D E L S

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋19 January 1996

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

 

牋牋 60 - lt牋牋 7.06牋牋 7.10牋牋 2.50牋牋 0.525牋牋 0.958牋牋 0.762牋牋 15.40-0.20A牋牋 6.192牋牋 4.1467.112

牋牋牋 - ld牋牋 7.06牋牋 7.26牋牋 2.00牋牋 0.682牋牋 0.967牋牋 0.773牋牋 15.80-0.62A牋牋 5.267牋牋 6.2855.973

 

牋牋 61 - lt牋牋 7.06牋牋 7.10牋牋 2.50牋牋 0.526牋牋 0.958牋牋 0.757牋牋 15.40-0.25A牋牋 6.188牋牋 4.1547.100

牋牋牋 - ld牋牋 7.06牋牋 7.26牋牋 2.00牋牋 0.682牋牋 0.967牋牋 0.773牋牋 15.80-0.62A牋牋 5.267牋牋 6.2855.985

 

牋牋 62 - lt牋牋 7.06牋牋 7.10牋牋 2.50牋牋 0.524牋牋 0.958牋牋 0.764牋牋 15.40-0.11A牋牋 6.196牋牋 4.1387.136

牋牋牋 - ld牋牋 7.06牋牋 7.26牋牋 2.00牋牋 0.682牋牋 0.967牋牋 0.773牋牋 15.80-0.61A牋牋 5.267牋牋 6.2855.982

 

牋牋牋牋牋牋牋牋牋牋牋牋 * Literature = Experiments with three single-screw merchant ship models

牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋J.K.Lunde

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 INA - 1948

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 S H I P牋牋 M O D E L S

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋23 January 1996

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋 Lcb/Lpp牋牋 Lpp/VolVol/LwlS/Vol

 

牋牋 2923A牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.681牋牋 0.972牋牋 -----牋牋 14.50+0.88F牋牋 5.591 5.7226.120

牋牋 2923B牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.701牋牋 0.972牋牋 -----牋牋 14.50+0.06F牋牋 5.537牋牋 5.8906.120

牋牋 2923C牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.715牋牋 0.972牋牋 -----牋牋 14.50-0.58A牋牋 5.501牋牋 6.008 6.110

牋牋 2923D牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.730牋牋 0.972牋牋 -----牋牋 13.50+0.28F牋牋 5.463牋牋 6.1346.090

牋牋 2923E牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.745牋牋 0.972牋牋 -----牋牋 19.50+0.99F牋牋 5.426牋牋 6.2606.030

 

2925A牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.700牋牋 0.972牋牋 -----牋牋 25.00+1.83F牋牋 5.540牋牋 5.8826.020

牋牋 2925B牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.734牋牋 0.972牋牋 -----牋牋 25.00+0.35F牋牋 5.453牋牋 6.1686.020

牋牋 2925C 牋牋牋7.26牋牋 -----牋牋 2.26牋牋 0.725牋牋 0.972牋牋 -----牋牋 20.50-0.05A牋牋 5.475牋牋 6.0926.040

 

牋牋 2935牋牋牋 6.18牋牋 -----牋牋 2.65牋牋 0.700牋牋 0.972牋牋 -----牋牋 25.00+1.83F牋牋 5.251牋牋 6.9076.020

牋牋 2938牋牋牋 6.18牋牋 -----牋牋 2.65牋牋 0.681牋牋 0.972牋牋 -----牋牋 14.50+0.88F牋牋 5.299牋牋 6.7196.120

 

牋牋 2951A牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.716牋牋 0.972牋牋 -----牋牋 11.50-0.34A牋牋 5.498牋牋 6.0166.060

牋牋 2951B牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.711牋牋 0.972牋牋 -----牋牋 11.50-0.73A牋牋 5.511牋牋 5.9746.060

牋牋 2951C牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.697牋牋 0.972牋牋 -----牋牋 11.50-0.08A牋牋 5.548牋牋 5.8576.060

牋牋 2951D牋牋牋 7.26牋牋 -----牋牋 2.26牋牋 0.674牋牋 0.972牋牋 -----牋牋 12.00-0.11A牋牋 5.610牋牋 5.6636.070

 

            Remarks= Based on C-Pehp Merit.ATTC.Ca=0.0

             

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 M A R A DM O D E L S
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋1994
Model牋牋 Lwl/Bwl Bwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋牋 >牋牋 Lcb/LppLpp/Vol Vol/LwlS/Vol

 

Af牋牋牋牋 5.74牋牋 3.00牋牋 0.875牋牋 0.994牋牋 45.00+2.50F牋牋 4.9108.5006.142

Bf牋牋牋牋 6.26牋牋 3.00牋牋 0.875牋牋 0.994牋牋 45.00+2.50F牋牋 5.2267.0506.369

Cf牋牋牋牋 6.78牋牋 3.00牋牋 0.875牋牋 0.994牋牋 45.00+2.50F牋牋 5.4486.0866.475

Df牋牋牋牋 4.73牋牋 3.00牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 4.20213.5615.761

Ef牋牋牋牋 5.25牋牋 3.00牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 4.24813.1254.875

 

Ff牋牋牋牋 5.78牋牋 3.00牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 4.60310.3145.755

Gf牋牋 牋牋5.16牋牋 3.00牋牋 0.800牋牋 0.994牋牋 45.00+2.50F牋牋 4.9918.0956.138

Hf牋牋牋牋 6.66牋牋 3.00牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 5.3986.3986.357

If牋牋牋牋 6.15牋牋 3.75牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 5.5615.8506.720

Jf牋牋牋牋 7.04牋牋 3.93牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 5.9104.8757.158

 

Kf牋牋牋牋 5.25牋牋 3.75牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 5.0457.8376.346

Lf牋牋牋牋 6.013.93牋牋 0.850牋牋 0.994牋牋 45.00+2.50F牋牋 5.3616.5306.759

Mf牋牋牋牋 6.78牋牋 3.75牋牋 0.875牋牋 0.994牋牋 45.00+2.50F牋牋 5.9124.8706.897

Nf牋牋牋牋 5.16牋牋 3.75牋牋 0.800牋牋 0.994牋牋 45.00+2.50F牋牋 5.0577.7796.344

Of牋牋牋牋 5.74牋牋 3.75牋牋 0.875牋牋 0.994牋牋 45.00+2.50F牋牋 5.2896.8016.546

Pf牋牋牋牋 5.91牋牋 3.93牋牋 0.800牋牋 0.994牋牋 45.00+2.50F牋牋 5.3746.4836.763

 

牋牋牋牋牋牋牋牋 * Remarks = Based on Cr.ITTC.Ca=0.0004

牋牋牋牋牋牋牋牋 * Literature = An Introduction to the U.S. Maritime Administration Systematic Series

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Donald P.Roseman,Frederick Seibold

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Marine Technology October 1965

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 J S G牋牋 M O D E L S

 

Model牋牋 Lwl/Bwl Bwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋牋 >牋牋 Lcb/LppLwl/Vol Vol/LwlS/Vol

 

3556 A - A7.11牋牋 4.21牋牋 0.489牋牋 0.975牋牋 5.00-5.05A牋牋 7.5792.3376.941

牋牋牋 - Lvl 7.11牋牋 2.37牋牋 0.554牋牋 0.986牋牋 8.00-8.81A牋牋 6.0074.6776.338 *

 

3556 B - Lvl 7.11牋牋 2.37牋牋 0.554牋牋 0.986牋牋 10.00-8.03A牋牋 6.0074.6776.338 *

 

3604 A - Lvl 7.21牋牋 2.34牋牋 0.582牋牋 0.986牋牋 9.50-8.41A牋牋 5.9374.8446.273

3604 B - Lvl 7.21牋牋 2.34牋牋 0.584牋牋 0.986牋牋 7.50-5.79A牋牋 5.9304.8606.267

3604 C - Lvl 7.21牋牋 2.34牋牋 0.589牋牋 0.986牋牋 9.50-5.65A牋牋 5.9134.9066.255

 

3620- Lvl 7.11牋牋 2.37牋牋 0.564牋牋 0.986牋牋 8.00-5.26A牋牋 5.9714.7586.307 *

 

牋牋牋牋 * Remarks= Based on C-Pe Merit.ITTC.Ca=0.

牋牋牋牋牋牋牋牋牋牋牋 * S/Vol estimated

            牋牋牋* Literature = Four fast cargo liners

牋牋牋牋牋牋牋牋牋 W.A.Paterson-JSG 1965

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 I E S S牋牋牋 S H I P牋牋 M O D E L S

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 26 January 1996

Model牋牋 Lpp/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 >牋牋牋 Lcb/LwlLpp/Vol Vol/LwlS/Vol

 

1735 - lt7.27牋牋 4.40牋牋 0.667牋牋 0.968牋牋 ------0.73A牋牋 7.0402.5906.920 *

牋牋牋 - ld7.27牋牋 2.29牋牋 0.750牋牋 0.987-----+7.31F牋牋 5.4476.1876.124 *

 

1744牋牋牋 4.63牋牋 2.33牋牋 0.510牋牋 0.790牋牋 37.00+6.02F牋牋 4.61110.1986.120 *

1748牋牋牋 4.63牋牋 2.46牋牋 0.520牋牋 0.870牋牋 17.00+7.43F牋牋 4.6659.8506.120 *

 

牋牋牋牋* Remarks= Based on C-Pehp Merit.ATTC.Ca=0.

牋牋牋牋牋牋牋牋牋牋 * S/Vol estimated


牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 S S P AS H I PM O D E L S

牋牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋3.April.1995/ 30.May.1996

 

牋牋 ModelLpp/BwlLwl/BwlBwl/Twl牋牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋 >牋牋牋 Lcb/LppLwl/VolVol/LwlS/Vol

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 *

牋牋牋 A牋牋牋 7.14牋牋 7.29牋牋 2.40牋牋牋 0.6350.976牋牋 -----牋牋 8.50牋牋 -1.72A牋牋 5.858牋牋 4.974牋牋 6.253

牋牋牋 B牋牋牋 7.31牋牋 7.51牋牋 2.11牋牋牋 0.7360.986牋牋 -----36.00牋牋 +2.10F牋牋 5.446牋牋 6.192牋牋 6.080

 

牋牋牋 1-ld7.14牋牋 7.37牋牋 2.60牋牋牋 0.6030.974牋牋 0.717牋牋 7.20牋牋 -0.72A牋牋 6.161牋牋 4.276牋牋 6.446

牋牋牋 -lt7.14牋牋 7.37牋牋 3.00牋牋牋 0.5820.970牋牋 0.695牋牋 8.90牋牋 -0.03A牋牋 6.539牋牋 3.576牋牋 6.602

牋牋牋 2-ld7.147.37牋牋 2.60牋牋牋 0.6020.974牋牋 0.717牋牋 7.20牋牋 -0.81A牋牋 6.165牋牋 4.269牋牋 6.432

牋牋牋 3-ld7.14牋牋 7.37牋牋 2.60牋牋牋 0.5990.974牋牋 0.716牋牋 5.70牋牋 -0.99A牋牋 6.175牋牋 4.248牋牋 6.441

牋牋牋 -lt7.14牋牋 7.37 牋牋3.00牋牋牋 0.5780.970牋牋 0.693牋牋 6.60牋牋 -0.32A牋牋 6.554牋牋 3.552牋牋 6.594

牋牋牋 4-ld7.14牋牋 7.37牋牋 2.60牋牋牋 0.5980.974牋牋 0.716牋牋 5.70牋牋 -1.04A牋牋 6.178牋牋 4.240牋牋 6.431

牋牋牋 -lt7.14牋牋 7.37牋牋 3.00牋牋牋 0.5770.970牋牋 0.693牋牋 6.60牋牋 -0.38A牋牋 6.558牋牋 3.546牋牋 6.583

牋牋牋 5-ld7.14牋牋 7.37牋牋 2.60牋牋牋 0.5960.974牋牋 0.714牋牋 4.20牋牋 -1.21A牋牋 6.185牋牋 4.226牋牋 6.436

牋牋牋 -lt7.14牋牋 7.37牋牋 3.00牋牋牋 0.5740.970牋牋 0.692牋牋 4.20牋牋 -0.59A牋牋 6.569牋牋 3.527牋牋 6.595

牋牋牋 6-ld7.14牋牋 7.37牋牋 2.60牋牋牋 0.5950.974牋牋 0.714牋牋 4.20牋牋 -1.24A牋牋 6.189牋牋 4.219牋牋 6.429

牋牋牋 -lt7.14牋牋 7.37牋牋 3.00牋牋牋 0.5730.970牋牋 0.692牋牋 4.20牋牋 -0.63A牋牋 6.573牋牋 3.521牋牋 6.586

 

^55牋牋牋 6.94牋牋 7.12牋牋 2.65牋牋牋 0.5940.975牋牋 ----------牋牋 -1.10A牋牋 6.094牋牋 4.419牋牋 6.247 *

^55A牋牋 6.94牋牋 7.12牋牋 2.65牋牋牋 0.5840.975牋牋 ----------牋牋 -1.10A牋牋 6.129牋牋 4.344牋牋 6.331 *

^55B牋牋 6.94牋牋 7.12牋牋 2.65牋牋牋 0.5980.975牋牋 -----牋牋 9.50牋牋 -0.80A牋牋 6.080牋牋 4.449牋牋 6.238 *

^55C牋牋 6.94牋牋 7.12牋牋 2.65牋牋牋 0.5940.975-----牋牋 6.00牋牋 -0.70A牋牋 6.094牋牋 4.419牋牋 6.247 *

^55D牋牋 6.94牋牋 7.12牋牋 2.65牋牋牋 0.5900.975牋牋 ----------牋牋 -0.70A牋牋 6.108牋牋 4.389牋牋 6.262 *

 

^^ 72牋牋牋 7.14牋牋 7.14牋牋 2.40牋牋牋 0.6580.976牋牋 ----------牋牋 -2.71A牋牋 5.709牋牋 5.374牋牋 6.227 *

^^ 74牋牋牋 7.14牋牋 7.14牋牋 2.40牋牋牋 0.6630.976牋牋 ----------牋牋 -1.36A牋牋 5.695牋牋 5.415牋牋 6.283 *

 

牋牋 88牋牋牋 8.13牋牋 8.13牋牋 4.57牋牋牋 0.9401.000牋牋 ----------牋牋 ---?--牋牋 6.847牋牋 3.115牋牋 7.990

牋牋 89牋牋牋 4.21牋牋 4.21牋牋 3.43牋牋牋 0.5010.785牋牋 ----------牋牋 ---?--牋牋 4.953牋牋 8.232牋牋 6.619

 

^^^ 266牋牋牋 6.34牋牋 6.47牋牋 2.34牋牋牋 0.6420.978牋牋 0.772-----牋牋 -0.35A牋牋 5.339牋牋 6.569牋牋 6.008

^^^ 266A牋牋 7.61牋牋 7.74牋牋 2.34牋牋牋 0.6970.978牋牋 0.809-----牋牋 -0.26A牋牋 5.853牋牋 4.986牋牋 6.319

牋牋 292牋牋牋 6.66牋牋 6.73牋牋 2.54牋牋牋 0.7320.988牋牋 ----------牋牋 +0.58F牋牋 5.399牋牋 6.353牋牋 6.068

牋牋 301牋牋牋 6.28牋牋 6.44牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 -1.00A牋牋 5.463牋牋 6.134牋牋 5.996

牋牋 302牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6100.970牋牋 -----10.50牋牋 -1.00A 牋牋5.906牋牋 4.855牋牋 6.233

牋牋 303牋牋牋 7.87牋牋 8.07牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 -1.00A牋牋 6.352牋牋 3.902牋牋 6.460

牋牋 304牋牋牋 8.71牋牋 8.92牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 -1.00A牋牋 6.791牋牋 3.192牋牋 6.685

牋牋 305牋牋牋 7.87牋牋 8.07牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 -1.00A牋牋 6.352牋牋 3.902牋牋 6.451

牋牋 306牋牋牋 7.87牋牋 8.07牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 -2.00A牋牋 6.352牋牋 3.902牋牋 6.456

牋牋 307牋牋牋 7.87牋牋 8.07牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 0.00M牋牋 6.352牋牋 3.902牋牋 6.465

牋牋 308牋牋牋 7.87牋牋 8.07牋牋 2.40牋牋牋 0.6100.970牋牋 ----------牋牋 +1.00F牋牋 6.352牋牋 3.9026.469

牋牋 309牋牋牋 8.22牋牋 8.43牋牋 2.20牋牋牋 0.6100.970牋牋 ----------牋牋 -2.00A牋牋 6.352牋牋 3.902牋牋 6.467

牋牋 310牋牋牋 7.56牋牋 7.75牋牋 2.60牋牋牋 0.6100.970牋牋 ----------牋牋 -2.00A牋牋 6.352牋牋 3.902牋牋 6.424

 

牋牋 311牋牋牋 7.28牋牋 7.47牋牋 2.80牋牋牋 0.6100.970牋牋 ----------牋牋 -2.00A牋牋 6.352牋牋 3.902牋牋 6.447

牋牋 313牋牋牋 4.40牋牋 4.50牋牋 2.40牋牋牋 0.6500.971牋牋 ----------牋牋 0.00M牋牋 4.213牋牋 13.372牋牋 5.245

牋牋 314牋牋牋 5.38牋牋 5.50牋牋 2.40牋牋牋 0.6500.971牋牋 -----21.70牋牋 0.00M牋牋 4.816牋牋 8.953牋牋 5.600

牋牋 315牋牋牋 6.36牋牋 6.50牋牋 2.40牋牋牋 0.6500.971牋牋 ----------牋牋 0.00M牋牋 5.383牋牋 6.410牋牋 5.919

牋牋 316牋牋牋 5.38牋牋 5.50牋牋 2.00牋牋牋 0.6500.971牋牋 ----------牋牋 0.00M牋牋 4.532牋牋 10.744牋牋 5.496

牋牋 317牋牋牋 5.38牋牋 5.50牋牋 2.80牋牋牋 0.6500.971牋牋 ----------牋牋 0.00M牋牋 5.070牋牋 7.675牋牋 5.735

牋牋 318牋牋牋 5.38牋牋 5.50牋牋 2.40牋牋牋 0.6000.971牋牋 ----------牋牋 0.00M牋牋 4.946牋牋 8.266牋牋 5.656

牋牋 319牋牋牋 5.38牋牋 5.50牋牋 2.40牋牋牋 0.7000.971牋牋 ----------牋牋 0.00M牋牋 4.698牋牋 9.643牋牋 5.566

牋牋 320牋牋牋 5.38牋牋 5.502.40牋牋牋 0.6500.971牋牋 ----------牋牋 +1.00F牋牋 4.816牋牋 8.953牋牋 5.600

牋牋 321牋牋牋 5.38牋牋 5.50牋牋 2.40牋牋牋 0.6500.971牋牋 ----------牋牋 -1.00A牋牋 4.816牋牋 8.953牋牋 5.600

牋牋 322牋牋牋 5.38牋牋 5.50牋牋 2.40 牋牋牋0.6500.971牋牋 ----------牋牋 0.00M牋牋 4.816牋牋 8.953牋牋 5.600

牋牋 332牋牋牋 7.39牋牋 7.39牋牋 2.40牋牋牋 0.5850.975牋牋 -----18.00牋牋 --?--牋牋 6.072牋牋 4.468牋牋 6.399

牋牋 333牋牋牋 7.39牋牋 7.39牋牋 2.40牋牋牋 0.6830.975牋牋 -----23.00牋牋 --?--牋牋 5.766牋牋 5.216牋牋 6.258

牋牋 334牋牋牋 7.39牋牋 7.39牋牋 2.40牋牋牋 0.7800.975牋牋 -----32.00牋牋 --?--牋牋 5.516牋牋 5.957牋牋 6.175

牋牋 337牋牋牋 3.70牋牋 3.79牋牋 3.06牋牋牋 0.4690.807牋牋 -----26.00牋牋 --?--牋牋 4.545牋牋 10.654牋牋 5.685

 

牋牋 342牋牋牋 7.33牋牋 7.50牋牋 2.40牋牋牋 0.6500.971牋牋 ----------牋牋 0.00M牋牋 5.922牋牋 4.815牋牋 6.220

牋牋 343牋牋牋 5.38牋牋 5.50牋牋 2.20牋牋牋 0.6500.971----------牋牋 0.00M牋牋 4.678牋牋 9.766牋牋 5.519

牋牋 344牋牋牋 5.38牋牋 5.50牋牋 2.40牋牋牋 0.7500.971牋牋 ----------牋牋 0.00M牋牋 4.591牋牋 10.332牋牋 5.518

牋牋 345牋牋牋 7.38牋牋 7.38牋牋 2.40牋牋牋 0.5850.975牋牋 -----18.00牋牋 --?--牋牋 6.069牋牋 4.473牋牋 6.395

牋牋 346牋牋牋 7.39牋牋 7.39牋牋 2.40牋牋牋 0.5850.975牋牋 -----18.00牋牋 --?--牋牋 6.075牋牋 4.461牋牋 6.405

牋牋 350-ld7.01牋牋 7.01牋牋 2.00牋牋牋 0.6940.982牋牋 -----14.00牋牋 --?--牋牋 5.212牋牋 7.063牋牋 6.209

牋牋牋 -md7.01牋牋 7.01牋牋 4.00牋牋牋 0.6770.965牋牋 -----14.00牋牋 --?--牋牋 6.621牋牋 3.445牋牋 6.893

牋牋牋 -lt7.01牋牋 7.01牋牋 6.00牋牋牋 0.6610.947牋牋 -----14.00牋牋 --?--牋牋 7.634牋牋 2.248牋牋 7.779

牋牋 352牋牋牋 7.38牋牋 7.38牋牋 2.40牋牋牋 0.7800.975牋牋 -----32.00牋牋 --?--牋牋 5.514牋牋 5.964牋牋 6.170

 

牋牋 372牋牋牋 7.39牋牋 7.39牋牋 2.40牋牋牋 0.4880.938牋牋 -----10.50牋牋 --?--6.450牋牋 3.727牋牋 6.683

牋牋 388牋牋牋 6.36牋牋 6.50牋牋 2.40牋牋牋 0.6000.971牋牋 ----------牋牋 0.00M牋牋 5.528牋牋 5.918牋牋 5.976

牋牋 389牋牋牋 6.36牋牋 6.50牋牋 2.40牋牋牋 0.7000.971牋牋 ----------牋牋 0.00M牋牋 5.252牋牋 6.905牋牋 5.896

牋牋 390牋牋牋 7.33牋牋 7.50牋牋 2.40牋牋牋 0.6000.971牋牋 ----------牋牋 0.00M牋牋 6.082牋牋 4.444牋牋 6.286

牋牋 391牋牋牋 7.33牋牋 7.50牋牋 2.40牋牋牋 0.7000.971牋牋 ----------牋牋 0.00M牋牋 5.778牋牋 5.185牋牋 6.186

 

牋牋 425牋牋 10.57010.570牋牋 3.54牋牋牋 0.4710.761牋牋 ----------牋牋 --?--牋牋 9.432牋牋 1.192牋牋 8.074

牋牋 451牋牋牋 4.04牋牋 4.14牋牋 3.12牋牋牋 0.4840.817牋牋 -----25.00牋牋 -----牋牋 4.800牋牋 9.0415.831

 

牋牋 500牋牋牋 7.33牋牋 7.50牋牋 2.30牋牋牋 0.7500.993牋牋 0.75033.00牋牋 +1.00F牋牋 5.567牋牋 5.795牋牋 6.215

牋牋 501牋牋牋 7.33牋牋 7.50牋牋 2.30牋牋牋 0.7500.993牋牋 0.75029.00牋牋 +1.00F牋牋 5.567牋牋 5.795牋牋 6.233

牋牋 502牋牋牋 7.33牋牋 7.50牋牋 2.30牋牋牋 0.7500.993牋牋 0.75025.00牋牋 +1.00F牋牋 5.567牋牋 5.795牋牋 6.251

牋牋 503牋牋牋 7.33牋牋 7.50牋牋 2.30牋牋牋 0.7500.993牋牋 0.75021.00牋牋 +1.00F牋牋 5.567牋牋 5.795牋牋 6.269

 

牋牋 538牋牋牋 7.62牋牋 7.20牋牋 2.30牋牋牋 0.7500.993牋牋 0.75025.90牋牋 +1.00F牋牋 5.416牋牋 6.293牋牋 6.163

牋牋 539牋牋牋 7.62牋牋 7.80牋牋 2.30牋牋牋 0.7500.993牋牋 0.75724.20牋牋 +1.00F牋牋 5.715牋牋 5.356牋牋 6.334

牋牋 540牋牋牋 7.62牋牋 8.10牋牋 2.30牋牋牋 0.7500.993牋牋 0.75723.40牋牋 +1.00F牋牋 5.861牋牋 4.968牋牋 6.412

 

牋牋 561牋牋 14.78牋牋 14.78牋牋 1.20牋牋牋 0.5850.975牋牋 -----牋牋 9.20牋牋 --?---牋牋 7.647牋牋 2.237牋牋 8.059

牋牋 562牋牋 29.5629.56牋牋 0.60牋牋牋 0.5850.975牋牋 -----牋牋 4.70牋牋 --?---牋牋 9.642牋牋 1.11611.431

牋牋 563牋牋 14.78牋牋 14.78牋牋 1.20牋牋牋 0.7800.975牋牋 -----17.40牋牋 --?---牋牋 6.948牋牋 2.982牋牋 7.398

牋牋 564牋牋 29.56牋牋 29.56 牋牋0.60牋牋牋 0.7800.975牋牋 -----牋牋 8.90牋牋 --?---牋牋 8.760牋牋 1.48710.014

牋牋 569牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.7250.993牋牋 -----22.50牋牋 +1.00F牋牋 5.942牋牋 4.766牋牋 6.418

 

牋牋 570-1牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.7500.993牋牋 0.75724.20牋牋 +1.00F牋牋 5.875牋牋 4.930牋牋 6.394

牋牋 570-2牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.7500.993牋牋 -----24.50牋牋 +1.00F牋牋 5.750牋牋 5.260牋牋 6.125

牋牋 571牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋 0.7750.993牋牋 0.78226.50牋牋 +1.00F牋牋 5.811牋牋 5.095牋牋 6.379

牋牋 572牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.8000.993牋牋 0.80829.00牋牋 +1.00F牋牋 5.750牋牋 5.260牋牋 6.381

 

牋牋 582牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.800 0.993牋牋 0.84427.50牋牋 +0.30F牋牋 5.750牋牋 5.260牋牋 6.377

牋牋 583牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.8000.993牋牋 0.81630.50牋牋 +1.70F牋牋 5.750牋牋 5.260牋牋 6.385

牋牋 584牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.8000.993牋牋 0.80332.50牋牋 +2.30F牋牋 5.750牋牋 5.260牋牋 6.389

牋牋 585牋牋牋 7.62牋牋 7.80牋牋 2.50牋牋牋 0.8000.993牋牋 0.78935.00牋牋 +3.00F牋牋 5.750牋牋 5.260牋牋 6.393

牋牋 590牋牋牋 7.16牋牋 7.16牋牋 2.21牋牋牋 0.6760.990牋牋 -----12.00牋牋 --?---牋牋 5.514牋牋 5.966牋牋 6.140

 

牋牋 612牋牋牋 7.62牋牋 7.80牋牋 2.30牋牋牋 0.7500.993牋牋 -----24.20牋牋 +1.00F牋牋 5.715牋牋 5.356牋牋 6.308

牋牋 614牋牋牋 7.62牋牋 7.80牋牋 2.30牋牋牋 0.7500.993牋牋 -----24.20牋牋 +1.00F牋牋 5.715牋牋 5.361牋牋 6.330

牋牋 615牋牋牋 7.62牋牋 7.80牋牋 2.30牋牋牋 0.7500.993牋牋 -----24.20牋牋 +1.00F牋牋 5.715牋牋 5.356牋牋 6.346

 

牋牋 631牋牋牋 6.54牋牋 6.70牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 9.20 -2.00A牋牋 5.947牋牋 4.754牋牋 6.281

牋牋 632牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 9.50牋牋 -2.00A牋牋 6.262牋牋 4.073牋牋 6.448

牋牋 633牋牋牋 7.60牋牋 7.79牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 7.90牋牋 -2.00A牋牋 6.575牋牋 3.519牋牋 6.605

牋牋 634牋牋牋 8.14牋牋 8.35牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 7.40牋牋 -2.00A牋牋 6.888牋牋 3.060牋牋 6.761

牋牋 649牋牋牋 8.12牋牋 8.32牋牋 2.10牋牋牋 0.5120.950牋牋 -----牋牋 7.40牋牋 -2.00A牋牋 6.573牋牋 3.521牋牋 6.611

牋牋 650牋牋牋 7.16牋牋 7.34牋牋 2.70牋牋牋 0.5120.950牋牋 -----牋牋 8.40牋牋 -2.00A牋牋 6.572牋牋 3.522牋牋 6.598

 

牋牋 651牋牋牋 6.79牋牋 6.96牋牋 3.00牋牋牋 0.5120.950牋牋 -----牋牋 8.80牋牋 -2.00A牋牋 6.5753.519牋牋 6.600

牋牋 697牋牋牋 7.60牋牋 7.79牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 8.30牋牋 -1.00A牋牋 6.575牋牋 3.519牋牋 6.683

牋牋 698牋牋牋 7.60牋牋 7.79牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 7.50牋牋 -3.00A牋牋 6.575牋牋 3.519牋牋 6.670

牋牋 699牋牋牋 7.60牋牋 7.79牋牋 2.40牋牋牋 0.5120.950牋牋 -----牋牋 7.00牋牋 -4.00A牋牋 6.575牋牋 3.519牋牋 6.668

 

牋牋 710牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.80218.50牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.091

牋牋 715牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.78114.60牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.106

牋牋 720牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.76011.00牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.122

725牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.739牋牋 8.00牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.139

牋牋 743牋牋牋 7.04牋牋 7.16牋牋 2.22牋牋牋 0.6760.990牋牋 -----12.00牋牋 -0.18A牋牋 5.522牋牋 5.940牋牋 6.160

 

牋牋 795牋牋7.06牋牋 7.24牋牋 2.40牋牋牋 0.6340.984牋牋 0.740牋牋 9.90牋牋 -1.25A牋牋 5.830牋牋 5.046牋牋 6.205

牋牋 796牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6830.984牋牋 0.78012.50牋牋 -0.10A牋牋 5.687牋牋 5.436牋牋 6.161

牋牋 799牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.7070.984牋牋 0.79814.20牋牋 +0.45F牋牋 5.622牋牋 5.627牋牋 6.147

 

牋牋 809牋牋牋 6.03牋牋 6.18牋牋 2.41牋牋牋 0.6580.984牋牋 0.76012.80牋牋 -0.75A牋牋 5.187牋牋 7.165牋牋 5.814

牋牋 810牋牋牋 6.54牋牋 6.70牋牋 2.40牋牋牋 0.6580.984牋牋 0.76011.90牋牋 -0.75A牋牋 5.471牋牋 6.108牋牋 5.966

牋牋 811牋牋牋 7.60牋牋 7.79牋牋 2.40牋牋牋 0.6580.984牋牋 0.76010.20牋牋 -0.75A牋牋 6.047牋牋 4.524牋牋 6.275

牋牋 819牋牋牋 7.55牋牋 7.74牋牋 2.10牋牋牋 0.6580.984牋牋 0.76010.30牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.126

牋牋 820牋牋牋 6.66牋牋 6.82牋牋 2.70牋牋牋 0.6580.984牋牋 0.76011.70牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.117

牋牋 821牋牋牋 6.31牋牋 6.47牋牋 3.00牋牋0.6580.984牋牋 0.76012.30牋牋 -0.75A牋牋 5.758牋牋 5.237牋牋 6.113

牋牋 822牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.76211.50牋牋 0.00M牋牋 5.758牋牋 5.237牋牋 6.186

牋牋 823牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.75910.60牋牋 -1.35A牋牋 5.758牋牋 5.237牋牋 6.188

牋牋 824牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6580.984牋牋 0.75910.10牋牋 -2.00A牋牋 5.758牋牋 5.237牋牋 6.189

牋牋 833牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.6100.984牋牋 0.722牋牋 9.10牋牋 -1.50A牋牋 5.906牋牋 4.855牋牋 6.229

牋牋 834牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.7320.984牋牋 0.722牋牋 9.10牋牋 +0.85F牋牋 5.557牋牋 5.826牋牋 6.128

牋牋 835牋牋牋 7.06牋牋 7.24牋牋 2.40牋牋牋 0.5850.976牋牋 0.704牋牋 8.50牋牋 -1.70A牋牋 5.989牋牋 4.656牋牋 6.272

 

牋牋牋牋牋牋 * Remarks = Based on Pebh.ATTC.Ca=0.0004 * Estimated Values.

牋牋牋牋牋牋牋牋牋牋牋牋 ^牋牋 Based on C-Pe Merit Curves.

牋牋牋牋牋牋牋牋牋牋牋牋 ^^Based on Rbh Curves.

牋牋牋牋牋 牋牋牋牋牋牋牋^^^Based on Pebhp Curves

牋牋牋牋牋牋 * Literature = * The resistance of a barge with the bottom air lubricated

牋牋牋牋牋牋牋牋牋牋牋牋牋 Hans Edstrand,Ragnar R鰀str鰉 SSPA Nr.12- 1949

牋牋牋牋牋牋牋牋牋牋牋 * Versuche mit Grosstankermodellen

牋牋牋牋牋牋牋牋牋牋牋牋牋 Hansa nr 36 1957

牋牋牋牋牋牋牋牋牋牋牋 * Some systematic tests with models of fast cargo vessels

牋牋牋牋牋牋牋牋牋牋牋牋牋 H.F.Nordsrtr鰉 SSPA Nr.10 1948

            牋牋牋牋牋牋牋牋牋牋牋牋* Experiments with tanker models I

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstrand,E.Freimanis,Hans Lindgren SSPA Nr.23 1953

            牋牋牋牋牋牋牋牋牋牋牋牋* Experiments with tanker models II

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstrand,E.Freimanis,Hans Lindgren SSPA Nr.26 1953

            牋牋牋牋牋牋牋牋牋牋牋牋* Experiments with tanker models III

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstrand,E.Freimanis,Hans Lindgren SSPA Nr.29 1954

            牋牋牋牋牋牋牋牋牋牋牋牋* Experiments with tanker model IV

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Lindgren, SSPA Nr.36 - 1956

            牋牋牋牋牋牋牋牋牋牋牋牋* Experiments with tanker models V

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstrand,E.Freimanis,Hans Lindgren SSPA Nr.37 1956

            牋牋牋牋牋牋牋牋牋牋牋牋* Systematic tests with models of ships with Cb= 0.525

            牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstrand,Hans Lindgren SSPA Nr.38 1956

            牋牋牋牋牋牋牋牋牋牋牋牋* Systematic tests with ship models with Cb= 0.675

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Part I: Influence of shape of sections

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋E.Freimanis,Hans Lindgren SSPA Nr.39 1957

            牋牋牋牋牋牋牋牋牋牋牋牋* Tests with geometrically similar models of the victory ship

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Lindgren,E.Bjarne SSPA Nr.40 1957

            牋牋牋牋牋牋牋牋牋牋牋牋* Systematic tests with ship models with Cb=0.675

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Part III: Influence of main dimensions and centre of buoyancy

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋E.Freimanis,Jhans Lindgren SSPA Nr.42 1958

            牋牋牋牋牋牋牋牋牋牋牋牋* Systematic tests with ship models with Cb:0.600-0.750

            牋牋牋牋牋牋牋牋牋牋牋牋牋Influence of Cb at L/B=7.24

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋E.Freimanis,Hans Lindgren SSPA Nr.44 1959

            牋牋牋牋牋牋牋牋牋牋牋牋* Widerstands-Untersuchung einer Seeschiffsmodellserie auf flachem Wasser

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Von H.Schmidt-Stiebitz,G.Luthra Schiff und Hafen Helft 8/1969

牋牋牋牋牋牋牋牋牋牋牋 *F鰎s鰇 med fiskebatsmodeller

牋牋牋牋牋牋牋牋牋牋牋牋牋 H.F.Nordstrom SSPA Nr. 2 - 1943

            牋牋牋牋牋牋牋牋牋牋牋牋*Modellforsok med en farja

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋H.F.Nords鰉,Och E.Freimanis- 1947

            牋牋牋牋牋牋牋牋牋牋牋牋*Medstroms koefficientens afhangighed af rorform trim og haek bolge

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Svend Aage Harvald SSPS Nr.13 1949

            牋牋牋牋牋牋牋牋牋牋牋牋*Om djupgaandels inflylande propulsionsegenskaperna

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstand Nr.21 1952

            牋牋牋牋牋牋牋牋牋牋牋牋*Model testson the optimum diameter for propellers

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Hans Edstrand SSPA Nr.22 1953

            牋牋牋牋牋牋牋牋牋牋牋牋*Resistance experiments with divided ship models

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋R.R鰀str鰉 SSPS Nr.30 1954

            牋牋牋牋牋牋牋牋牋牋牋牋*The SSPA Cargo liner series Propulsion

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Ake Williams SSPA Nr.67 1970

            牋牋牋牋牋牋牋牋牋牋牋牋*Experiments with Bulbous Bows

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Anders Lindblad SSPA Nr.3 1954

            牋牋牋牋牋牋牋牋牋牋牋牋*Further experiments with bulbous bows

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋Anders Lindblad SSPA Nr. 8 1948

            牋牋牋牋牋牋牋牋牋牋牋牋*Full Scale tests with the 揥rangel and Comparative model tests

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋H.F.Nordstrom SSPA Nr.27 1953

            牋牋牋牋牋牋牋牋牋牋牋牋*Nagra systematiska forsok med modeller av mindre kustfartyg

            牋牋牋牋牋牋牋牋牋牋牋牋牋Axel O Warholm- SSPA Nr.24 1953

            牋牋牋牋牋牋牋牋牋牋牋牋*Model tests with Icebreakers

            牋牋牋牋牋牋牋牋牋牋牋牋牋牋H.F.Nordstrom,Hans Edstrand,Hans Lindgren SSPA Nr.20 1952

            牋牋牋牋牋牋牋牋牋牋牋牋牋

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 牋牋牋牋牋牋牋UniversityofM I C H I G A NSeries
牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 1 December 1995

牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋 CwpLcb/Lpp牋牋 >牋牋 Lpp/VolVol/LwlS/Vol

 

牋牋 C10111.08牋牋 11.08牋牋 1.05牋牋 0.5150.795----- --?--------牋牋 6.305牋牋 3.9897.054

牋牋 CFK 10111.08牋牋 11.08牋牋 1.50牋牋 0.6270.913----- -----------牋牋 6.653牋牋 3.3957.088

牋牋 CFK 101F1 11.08牋牋 11.08牋牋 1.50牋牋 0.6420.913----- -----------牋牋 6.601牋牋 3.4767.319

牋牋 CFK 101F2 11.08牋牋 11.08牋牋 1.50牋牋 0.6550.913----- -----------牋牋 6.557牋牋 3.5477.387

 

牋牋 C201牋牋 8.29牋牋 8.29 牋牋1.23牋牋 0.5030.783----- -----------牋牋 5.515牋牋 5.9605.916

牋牋 CFK 201牋牋 8.30牋牋 8.30牋牋 2.26牋牋 0.6570.946----- -----------牋牋 6.184牋牋 4.2296.599

 

* 196牋牋牋牋 6.76牋牋 6.94牋牋 2.38牋牋 0.6140.965 ----- -1.73A-----牋牋 5.616牋牋 5.2346.304

* 196 +B3牋牋 6.76牋牋 6.94牋牋 2.38牋牋 0.6290.965----- -0.70A-----牋牋 5.571牋牋 5.3626.423

* 198牋牋牋牋 6.46牋牋 6.63牋牋 2.49牋牋 0.5920.934----- -1.15A-----5.599牋牋 5.2816.291

* 198 +A2牋牋 6.46牋牋 6.63牋牋 2.49牋牋 0.6050.934----- -0.27A-----牋牋 5.559牋牋 5.3976.406

* 205牋牋牋牋 6.67牋牋 6.82牋牋 2.54牋牋 0.5760.941----- -2.53A-----牋牋 5.810牋牋 4.7596.244

* 205 +H4牋牋 6.67牋牋 6.82牋牋 2.54牋牋 0.5860.941----- -1.58A-----牋牋 5.777牋牋 4.8416.360

 

** 902A-42597.00牋牋 7.12牋牋 3.00牋牋 0.7000.9860.805 -0.55A11.60牋牋 5.944牋牋 4.5306.444

** 902B牋牋牋 7.00牋牋 7.12牋牋 3.00牋牋 0.7000.9860.799 -0.53A11.00牋牋 5.944牋牋 4.5306.461

** 902C牋牋牋 7.00牋牋 7.12牋牋 3.00牋牋 0.7000.9860.794 -0.44A10.50牋牋 5.944牋牋 4.5306.482

** 902D牋牋牋 7.00牋牋 7.12牋牋 3.00牋牋 0.7000.9860.785 -0.39A10.00牋牋 5.944牋牋 4.5306.501

 

牋牋 932牋牋牋牋 6.50牋牋 6.61牋牋 2.50牋牋 0.8000.9940.871 +2.50F43.00牋牋 5.092牋牋 7.2106.028

牋牋 933-ld牋牋 6.52牋牋 6.65牋牋 3.00牋牋 0.5650.9680.732 -0.63A牋牋 6.50牋牋 6.092牋牋 4.1586.702

牋牋牋 -lt牋牋 6.52牋牋 6.65牋牋 3.86牋牋 0.5320.9680.732 -0.63A牋牋 6.50牋牋 6.621牋牋 3.2396.607

 

# 1034牋牋牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.167

# 1034 +B1牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.254

# 1034 +B2牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.233

# 1034 +B3牋牋 7.007.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.243

# 1034 +B4牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.219

# 1034 +C1牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.800 0.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.216

# 1034 +C2牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.242

# 1034 +C3牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.255

# 1034 +C4牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.268

# 1034 +C5牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.281

# 1034 +C6牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.307

# 1034 +C7牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.279

# 1034 +R1牋牋 7.00 牋牋7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.267

# 1034 +R2牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.255

# 1034 +R3牋牋 7.00牋牋 7.12牋牋 2.50牋牋 0.8000.9940.871 +2.50F39.00牋牋 5.350牋牋 6.2126.262

 

牋牋牋牋 * Remarks =Based on Cr .ATTC.Ca=0.0004 ** Ca=0.

牋牋牋牋牋牋牋牋牋牋 * Based on Rt Curves.ATTC.Ca=0.0004

牋牋牋牋牋牋牋牋牋牋 # Based on Original Ct.ATTC.Ca=0.0004

            牋牋牋* Literature = * Resistance and Propulsion test results on two models

牋牋牋牋牋牋牋牋牋牋 Finn C.Michelsen,R.B.Couch,Hun Chd Kim

牋牋牋牋牋牋牋牋牋牋 March 1962牋牋牋牋牋

牋牋牋牋牋牋牋牋牋 * Research in resistance and propulsion Part II

牋牋牋牋牋牋牋牋 牋牋Takahei T.,Michelsen F.C.,

牋牋牋牋牋牋牋牋牋 * Resistance tests on three Series 60 bulbous bow models

牋牋牋牋牋牋牋牋牋牋 Hunchol Kim

牋牋牋牋牋牋牋牋牋牋 May 1961

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 V W S牋牋牋 M O D E L牋牋 Series
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 09 August 1996

 

Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋牋 Cwp牋牋牋牋 >牋牋牋 Lcb/LppLpp/VolVol/Lwl S/Vol

 

* 1093牋牋牋 15.00牋牋 ----牋牋 2.50牋牋 0.520牋牋 0.750牋牋 0.724牋牋 -----牋牋 ---?--10.2980.9248.252

* 1097牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.520牋牋 0.750牋牋 0.724牋牋 -----牋牋 ---?--牋牋 7.8362.0787.232

* 1098牋牋牋 10.00牋牋 ----2.50牋牋 0.520牋牋 0.750牋牋 0.724牋牋 -----牋牋 ---?--牋牋 7.8362.0787.247

 

* 1100牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.579牋牋 0.839牋牋 0.724牋牋 -----牋牋 ---?--牋牋 7.5582.3167.053

* 1110牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.551牋牋 0.839牋牋 0.724牋牋 -----牋牋 ---?--牋牋 7.6862.2027.147

* 1111牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.543牋牋 0.839牋牋 0.709牋牋 -----牋牋 ---?--牋牋 7.7242.1707.145

* 1112牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.543牋牋 0.839牋牋 0.667牋牋 -----牋牋 ---?--牋牋 7.7242.1707.133

* 1112A牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.543牋牋 0.839牋牋 0.688牋牋 -----牋牋 ---?--牋牋 7.7242.1707.139

* 1113牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.579牋牋 0.839牋牋 0.762-----牋牋 ---?--牋牋 7.5602.3157.030

* 1114牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.551牋牋 0.839牋牋 0.657牋牋 -----牋牋 ---?--牋牋 7.6862.2027.130

* 1136牋牋牋 10.00牋牋 ----牋牋 2.50牋牋 0.619牋牋 0.929牋牋 0.724牋牋 -----牋牋 ---?--牋牋 7.3922.4767.053

 

1766 - lt8.00牋牋 ----牋牋 3.33牋牋 0.521牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 7.4272.4417.157

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.537牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.2024.1916.915

牋牋牋 - ld8.00牋牋 ----牋牋 1.25牋牋 0.545牋牋 0.974牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.2746.8167.087

 

1767 - lt8.00牋牋 ----牋牋 3.33牋牋 0.521牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 7.4262.4417.212

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.537牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.2024.1916.940

牋牋牋 - ld8.00牋牋 ----牋牋 1.25牋牋 0.545牋牋 0.974牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.2746.8167.104

 

1781 - lt8.00牋牋 ----牋牋 3.33牋牋 0.670牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.8303.1396.877

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.690牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.7045.3896.424

 

1782 - lt8.00牋牋 ----牋牋 3.33牋牋 0.632牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.9412.9656.939

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.651牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.8145.0896.530

 

1788 - lt8.00牋牋 ----3.33牋牋 0.595牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 7.1032.7907.011

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.613牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 5.9324.7906.650

 

1789 - lt8.00牋牋 ----牋牋 3.33牋牋 0.558牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 7.2582.6167.096

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.575牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.0614.4916.786

 

1790 - lt8.00牋牋 ----牋牋 3.33牋牋 0.484牋牋 0.930牋牋 -----牋牋 -----牋牋 ---?--牋牋 7.6122.2677.308

牋牋牋 - md8.00牋牋 ----牋牋 2.00牋牋 0.498牋牋 0.958牋牋 -----牋牋 -----牋牋 ---?--牋牋 6.3573.8927.118

 

牋牋牋牋牋牋牋牋牋牋 * Remarks = Based on Ct Curves.ATTC.Ca=0.0004

牋牋牋牋牋牋牋牋牋牋牋牋牋牋* Based on Original R-bh.ATTC.Ca=0.0004

牋牋牋牋牋牋牋 * Literature = * Schiffsform und Wellenwiderstand

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Jsg - 1932

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 * Untersuchungen 黚er den Widerstand einer sytematisch entwickelten Modellfamilie

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 G.Weinblum,Chr.S.Schuster,Chr.Boes,R.Bhattacharyya

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 Jahr. STG

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 S N A M E- T R A N S A C T I O N S

牋牋 莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 4 September 1996

 

牋牋 Model牋牋 Lpp/Bwl Lwl/BwlBwl/Twl牋牋 Cb牋牋牋 Cx牋牋 Cwp牋牋 Lcb/Lpp>牋牋 Lpp/VolVol/LwlS/Vol

 

# Bow 1牋牋牋 5.59牋牋 5.59牋牋 3.17牋牋 0.5770.8580.846+1.25F20.50牋牋 5.556牋牋 5.831牋牋 6.399

# Bow 2牋牋牋 5.55牋牋 5.55牋牋 3.16牋牋 0.5810.8580.857+1.26F22.00牋牋 5.516牋牋 5.957牋牋 6.366

# Bow 3牋牋牋 5.62牋牋 5.62牋牋 3.16牋牋 0.5770.8580.842+1.52F16.50牋牋 5.571牋牋 5.782牋牋 6.364

# Bow 4牋牋牋 5.59牋牋 5.59牋牋 3.17牋牋 0.5900.8580.876+1.93F23.00牋牋 5.515牋牋 5.961牋牋 6.358

# Bow 5牋牋牋 5.59牋牋 5.59牋牋 3.16牋牋 0.5950.8580.895+2.21F26.25牋牋 5.500牋牋 6.010牋牋 6.362

 

' A牋牋牋牋牋 5.02牋牋 5.02牋牋 4.44牋牋 0.8330.9780.918---?-------牋牋 5.125牋牋 7.429牋牋 7.243

' B牋牋牋牋牋 3.65牋牋 3.65牋牋 4.28牋牋 0.8360.9810.981---?-------牋牋 4.08914.627牋牋 5.961

' C牋牋牋牋牋 3.61牋牋 3.61牋牋 3.89牋牋 0.8330.9800.980---?-------牋牋 3.93016.472牋牋 6.014

' D牋牋牋牋牋 4.30牋牋 4.30牋牋 3.33牋牋 0.9100.9990.994---?-------牋牋 4.07814.746牋牋 6.218

' E 牋牋牋牋3.52牋牋 3.52牋牋 4.13牋牋 0.8720.9690.986---?-------牋牋 3.88517.051牋牋 6.055

' F牋牋牋牋牋 4.57牋牋 4.57牋牋 4.00牋牋 0.8280.9720.923---?-------牋牋 4.655牋牋 9.911牋牋 6.285

' G牋牋牋牋牋 3.33牋牋 3.33 4.32牋牋 0.8801.0001.000---?-------牋牋 3.79118.353牋牋 7.138

' H牋牋牋牋牋 3.89牋牋 3.89牋牋 4.14牋牋 0.9041.0001.000---?-------牋牋 4.10414.463牋牋 6.459

 

牋牋 A - 37168.53牋牋 8.53牋牋 3.52牋牋 0.5310.9800.663-0.31A4.00牋牋 7.841牋牋 2.074牋牋 7.588

牋牋 B - 37318.53牋牋 8.53牋牋 3.52牋牋 0.5350.9800.681-0.15A6.30牋牋 7.822牋牋 2.089牋牋 7.479

牋牋 C - 37368.53牋牋 8.53牋牋 3.52牋牋 0.5350.9800.708-0.34A 6.30牋牋 7.821牋牋 2.090牋牋 7.671

牋牋 D - 37358.53牋牋 8.53牋牋 3.52牋牋 0.5260.9800.665-1.59A6.00牋牋 7.865牋牋 2.055牋牋 7.412

牋牋 E - 38128.53牋牋 8.53牋牋 3.52牋牋 0.5290.9730.672-2.76A5.00牋牋 7.852牋牋 2.065牋牋 7.450

牋牋 F - 38138.53牋牋 8.53牋牋 3.52牋牋 0.5290.9440.645-2.76A2.30牋牋 7.852牋牋 2.065牋牋 7.229

 

牋牋 J牋牋牋牋牋 6.78牋牋 7.01牋牋 2.69牋牋 0.7940.9960.867+2.00F34.00牋牋 5.379牋牋 5.804牋牋 6.301*

牋牋 J1-J2牋牋牋 6.64牋牋 6.87牋牋 2.88牋牋 0.7790.9850.858+2.10F32.00牋牋 5.465牋牋 5.548牋牋 6.350*

牋牋 J4-J5牋牋牋 6.78牋牋 7.05牋牋 2.69牋牋 0.7910.9960.865+2.10F34.00牋牋 5.386牋牋 5.686牋牋 6.341*

 

^^ I-VII牋牋牋 7.21牋牋 7.30牋牋 2.64牋牋 0.7740.996-----+1.50F26.50牋牋 5.618牋牋 5.639牋牋 6.282

^^ PW 1牋牋牋 5.62牋牋 5.62牋牋 5.42牋牋 0.5890.9730.834-0.55A12.50牋牋 6.627牋牋 3.437牋牋 7.811

^^ PW 2牋牋牋 5.62牋牋 5.62牋牋 5.42牋牋 0.5870.9730.830+0.20F----牋牋 6.627牋牋 3.437牋牋 7.811

^^ PW 3牋牋牋 5.54牋牋 5.54牋牋 5.42牋牋 0.6000.9910.803-1.06A----牋牋 6.518牋牋 3.611牋牋 7.572

^^ SC牋牋牋牋 5.54牋牋 5.54牋牋 5.42牋牋 0.6000.9910.765-1.40A ----牋牋 6.518牋牋 3.611牋牋 7.392

 

TAO- 20牋牋牋 6.67牋牋 6.67牋牋 2.83牋牋 0.6740.981--------?------牋牋 5.712牋牋 5.582牋牋 7.043

TAO- 43 -ld6.67牋牋 6.58牋牋 2.83牋牋 0.6740.981--------?------牋牋 5.712牋牋 5.582牋牋 7.043

牋牋牋牋 -lt6.67牋牋 6.42牋牋 4.15牋牋 0.6740.981--------?------牋牋 6.492牋牋 4.086牋牋 7.404

TAO-187 -ld6.67牋牋 6.67牋牋 2.80牋牋 0.6440.982--------?------牋牋 5.784牋牋 5.164牋牋 6.263

牋牋牋牋 -lt6.67牋牋 6.38牋牋 4.33牋牋 0.6440.982--------?------牋牋 6.691牋牋 3.827牋牋 6.482

 

* 1094 -ltt6.80牋牋 ----牋牋 4.56牋牋 0.4710.976-----牋牋 0.00M----牋牋 7.651牋牋 2.233牋牋 7.772

牋牋牋牋 -md牋牋 6.80牋牋 ---- 3.53牋牋 0.5120.976-----牋牋 0.00M----牋牋 6.795牋牋 3.188牋牋 7.235

牋牋牋牋 -ld牋牋 6.80牋牋 ----牋牋 3.16牋牋 0.5500.976-----牋牋 0.00M----牋牋 6.428牋牋 3.765牋牋 6.850

 

* 1094B2-ltt6.80牋牋 ----牋牋 4.56牋牋 0.4710.976-----牋牋 0.00M----牋牋 7.649牋牋 2.235牋牋 8.011

牋牋牋牋 -md牋牋 6.80牋牋 ----牋牋 3.53牋牋 0.5160.976-----牋牋 0.00M----牋牋 6.813牋牋 3.163牋牋 7.337

 

* 1119 -ltt6.80牋牋 ----牋牋 4.56牋牋 0.4690.976------4.00A ----牋牋 7.651牋牋 2.233牋牋 7.732

牋牋牋牋 -md牋牋 6.80牋牋 ----牋牋 3.53牋牋 0.5130.976------4.00A----牋牋 6.828牋牋 3.141牋牋 7.239

牋牋牋牋 -ld牋牋 6.80牋牋 ----牋牋 3.08牋牋 0.5360.976------4.00A----牋牋 6.428牋牋 3.764牋牋 6.966

 

* 1120 -ltt6.80牋牋 ----牋牋 4.58牋牋 0.4730.976------2.00A----牋牋 7.652牋牋 2.232牋牋 7.798

牋牋牋牋 -md牋牋 6.80牋牋 ----牋牋 3.53牋牋 0.5130.976------2.00A----牋牋 6.828牋牋 3.142牋牋 7.295

 

* 1128 -ltt6.80牋牋 ----牋牋 4.55牋牋 0.3970.846-----牋牋 0.00M----牋牋 8.092牋牋 1.888牋牋 8.182

牋牋牋牋 -md牋牋 6.80牋牋 ----牋牋 3.53牋牋 0.4450.846-----牋牋 0.00M----牋牋 7.157牋牋 2.728牋牋 7.409

牋牋牋牋 -ld牋牋 6.80牋牋 ---- 3.16牋牋 0.4770.846-----牋牋 0.00M----牋牋 6.741牋牋 3.265牋牋 7.072

 

* 1128B1-ltt6.80牋牋 ----牋牋 4.56牋牋 0.3990.846-----牋牋 0.00M----牋牋 8.076牋牋 1.899牋牋 8.220

牋牋牋牋 -md牋牋 6.80牋牋 ----牋牋 3.53牋牋 0.4480.846-----牋牋 0.00M----牋牋 7.143牋牋 2.744牋牋 7.418

牋牋牋牋 -ld牋牋 6.80牋牋 ----牋牋 3.16牋牋 0.4800.846-----牋牋 0.00M----牋牋 6.725牋牋 3.288牋牋 7.074

 

^ 1617牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.742-3.26A 8.90牋牋 6.115牋牋 3.929牋牋 6.678

^ 1618牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.743-0.16A10.10牋牋 6.115牋牋 3.929牋牋 6.582

^ 1619牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.743-3.24A10.10牋牋 6.115牋牋 3.929牋牋 6.525

^ 1620牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.742-0.16A8.90牋牋 6.115牋牋 3.929牋牋 6.849

 

^ 1637牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5600.9940.706-1.67A8.90牋牋 6.238牋牋 3.703牋牋 6.677

^ 1638牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5600.9940.743-1.66A10.10牋牋 6.238牋牋 3.703牋牋 6.638

^ 1639牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.706-0.14A8.90牋牋 6.115牋牋 3.929牋牋 6.728

^ 1640牋牋牋 6.95牋牋 7.202.82牋牋 0.6270.9940.779-1.75A10.10牋牋 6.006牋牋 4.149牋牋 6.599

^ 1641牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.779-3.25A10.10牋牋 6.115牋牋 3.929牋牋 6.640

^ 1642牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.6280.9940.742-1.73A8.90牋牋 6.002牋牋 4.155牋牋 6.732

^ 1643牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.6270.9940.743-1.74A10.10牋牋 6.006牋牋 4.149牋牋 6.487

^ 1644牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5930.9940.706-3.25A8.90牋牋 6.119牋牋 3.922牋牋 6.570

 

^ 1645牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.6270.9940.706-1.72A8.90牋牋 6.006牋牋 4.149牋牋 6.628

^ 1646牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5940.9940.779-0.16A8.90牋牋 6.115牋牋 3.929牋牋 6.703

^ 1647牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5600.9940.742-1.66A8.90牋牋 6.238牋牋 3.703牋牋 6.803

^ 1648牋牋牋 6.95牋牋 7.20牋牋 2.82牋牋 0.5610.9940.779-1.66A10.10牋牋 6.234牋牋 3.710牋牋 6.758

 

^^ 5093 牋牋牋8.08牋牋 8.08牋牋 1.37牋牋 0.5390.9790.687-0.53A10.00牋牋 5.492牋牋 6.03813.000

^^ 5094牋牋牋 8.07牋牋 7.88牋牋 1.45牋牋 0.5720.9730.650-0.50A5.00牋牋 5.489牋牋 6.48113.059

^^ 5116牋牋牋 8.85牋牋 8.93牋牋 1.37牋牋 0.5440.9830.732-0.50A14.00牋牋 5.817牋牋 4.93713.401

 

牋牋牋牋 * Remarks =Based on C-Pehp Merit.ATTC.Ca=0.00015

牋牋牋牋牋牋牋牋牋牋 ^ Based on C-Pehp Merit.ITTC.Ca=0.0 ^^ Ca=0.0004

牋牋牋牋牋牋牋牋牋牋 * Based on Original Rbh.ITTC.Ca=0.0002

牋牋牋牋牋牋牋牋牋牋 # Based on Cr-Curves.ITTC.Ca=0.0004

牋牋牋牋牋牋牋牋牋牋 ' Based on Volumetric Cr.Curves.ATTC.Ca=0.0004

 

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 N R C牋牋 Bulk Carrier牋牋 Series

牋牋 莈mberci Denizcilik牋牋牋牋牋牋 牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋13 March 1997
牋牋 Model牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋 Cx牋牋 Cwp牋牋 Lcb/Lpp Lpp/VolVol/LwlS/Vol

 

牋牋 M - 1 lt9.66牋牋 9.59牋牋 3.05牋牋 0.8560.993-------?---6.925牋牋 3.0847.142

牋牋牋牋 - md9.66牋牋 9.65牋牋 2.91牋牋 0.8530.993-------?---6.831牋牋 3.1537.110

牋牋牋牋 - ld9.66牋牋 9.65牋牋 2.79牋牋 0.8550.993-----+1.70F6.729牋牋 3.2987.035

 

牋牋 M - 2牋牋牋 8.08牋牋 8.08牋牋 3.68牋牋 0.8230.985-------?---6.633牋牋 3.4277.047

 

牋牋 M - 3牋牋牋 8.79牋牋 8.79牋牋 3.50牋牋 0.8820.9940.921+0.28F6.740牋牋 3.2657.255

 

牋牋 M - 4 lt7.64牋牋 7.47牋牋 3.79牋牋 0.7820.9880.843+1.25F6.563牋牋 3.7816.872

牋牋牋牋 - md7.64牋牋 7.71牋牋 2.82牋牋 0.7770.9910.847+1.24F5.964牋牋 4.5786.553

牋牋牋牋 - ld7.64牋牋 7.82牋牋 2.40牋牋 0.7770.9930.852+1.24F5.649牋牋 5.1666.415

 

牋牋 M - 5 lt6.55牋牋 6.64牋牋 4.59牋牋 0.6830.9770.860--?---6.604牋牋 3.3287.829

牋牋牋牋 - ld6.55牋牋 6.64牋牋 2.72牋牋 0.8100.9930.870+1.72F5.238牋牋 6.6666.333

 

牋牋 M - 5Alt6.55牋牋 6.64牋牋 4.59牋牋 0.686 0.9770.864--?---6.593牋牋 3.3437.861

牋牋牋牋 - ld6.55牋牋 6.64牋牋 2.72牋牋 0.8110.9930.864--?---5.235牋牋 6.6796.272

 

牋牋 M - 6 lt6.59牋牋 6.59牋牋 5.30牋牋 0.7630.983-------?---6.711牋牋 3.3097.596

牋牋牋牋 - ld6.59牋牋 6.59牋牋 2.73牋牋 0.8170.991-------?---5.256牋牋 6.8886.221

 

牋牋 M - 6A牋牋 6.59牋牋 6.59牋牋 2.73牋牋 0.8170.990-------?---5.256牋牋 6.8886.211

 

牋牋 M - 7 lt7.57牋牋 7.70牋牋 4.42牋牋 0.8180.986-------?---6.766牋牋 3.0707.467

牋牋牋牋 - ld7.57牋牋 7.70牋牋 2.78牋牋 0.8350.992-------?---5.759牋牋 4.9806.641

 

牋牋 M - 8 lt9.47牋牋 9.56牋牋 5.00牋牋 0.8460.991-------?---8.092牋牋 1.8348.460

牋牋牋牋 - lt9.47牋牋 9.39牋牋 3.57牋牋 0.8790.993-------?---7.141牋牋 2.8157.466

牋牋牋牋 - md9.47牋牋 9.47牋牋 2.94牋牋 0.8800.994-------?---6.692牋牋 3.3377.136

牋牋牋牋 - ld9.47牋牋 9.63牋牋 2.34牋牋 0.8750.996-------?---6.216牋牋 3.9636.836

 

牋牋 M - 8A lt9.47牋牋 9.43牋牋 5.00牋牋 0.8550.991-------?---8.063牋牋 1.9348.339

牋牋牋牋 - ld9.47牋牋 9.47牋牋 2.94牋牋 0.8770.994-------?---6.698牋牋 3.3297.084

 

牋牋牋牋 * Remarks = Based on C-Power Coefficient.ATTC.Ca=0.0004

            牋牋牋* Literature = Resistance data and form particulars for some bulk cariers tested in the ship Labotratory

牋牋牋牋牋牋牋牋 S.T.Mathews,D.C.MacPhail,NRC LTR-SH-100 February 1970

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 I T A L I A NM O D E L S
莈mberci Denizcilik牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 04 April 1997

Model牋牋牋牋 Lpp/BwlLwl/BwlBwl/Twl牋牋 Cb牋牋牋牋 Cx牋牋牋 Cwp牋牋 Lcb/LppLpp/VolVol/LwlS/Vol

牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋牋 *

Carena 1牋牋牋 8.01牋牋 8.17牋牋 3.52牋牋 0.606牋牋 0.968牋牋 0.742牋牋 - 1.81A 7.197牋牋 2.528牋牋 7.610

 

Carena 4-1A牋牋 8.79牋牋 9.00牋牋 2.88牋牋 0.605牋牋 0.949牋牋 0.680牋牋 + 4.00F7.166牋牋 2.533牋牋 6.913

牋牋牋牋 -2A牋牋 8.79牋牋 8.58牋牋 2.88牋牋 0.630牋牋 0.949牋牋 0.713牋牋 ---?---7.070牋牋 3.041牋牋 6.729

 

Carena 4A-1A8.60牋牋 8.75牋牋 3.10牋牋 0.595牋牋 0.947牋牋 0.675牋牋 + 4.02F7.278牋牋 2.457牋牋 6.814

牋牋牋牋牋 -2A8.60牋牋 8.70牋牋 3.10牋牋 0.598牋牋 0.947牋牋 0.678牋牋 ---?---7.266牋牋 2.513牋牋 6.792

 

Carena 5-1A9.26牋牋 9.25牋牋 4.11牋牋 0.562牋牋 0.938牋牋 0.642牋牋 ---?---8.560牋牋 1.600牋牋 7.525

牋牋牋牋 -2A牋牋 9.21牋牋 9.22牋牋 3.81牋牋 0.567牋牋 0.940牋牋 0.644牋牋 - 0.08A8.295牋牋 1.750牋牋 7.393

牋牋牋牋 -3A牋牋 9.17牋牋 9.19牋牋 3.55牋牋 0.570牋牋 0.942牋牋 0.647牋牋 ---?---8.061牋牋 1.902牋牋 7.266

 

Carena 6-1A牋牋 7.14牋牋 7.17牋牋 3.16牋牋 0.576牋牋 0.911牋牋 0.776牋牋 - 2.82A6.541牋牋 3.540牋牋 6.940

牋牋牋牋 -2A牋牋 7.14牋牋 7.17牋牋 3.16牋牋 0.576牋牋 0.911牋牋 0.776牋牋 - 2.82A6.541牋牋 3.540牋牋 7.180

 

Carena 15