______________ MODEL DATABASE
FOR NAVCAD
___________12.06.2001____________
CORRELATING BARE-HULL PREDICTION TO KNOWN PERFORMANCE
( 8 February 1994)
The best of these methods
have some statistical error and it is universally accepted that when
applied correctly,a
designer must typically still contend with about a five percent possible
margin of error.
·
ALIGNED PREDICTION
Perhaps
the most widely used application of aligned prediction is with the U.S. Navy’s
‘worm curve
factors’in their Taylor standard series program.This application uses the
Taylor
series as the definitive tool to evaluate the resistance characteristics of a
given
hull-in
conjunction with worm curve factors for a suitable hull to ‘realign’the Taylor
prediction.
*
Displacement,Semi-displacement,Sailing yacht and Catamaran hulls following Froude’s
Corresponding speed vs.resistance relatýonships,NAVCAD’s aligns a
prediction as follows:
Predict resistance
parameters of the model using the chosen prediction method compare
how well
the prediction fares against known results by saying the actual-to-calculated
ratios of
the parameters record these ratios versus Froude number to create a correlation
curve
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
complex than that for
displacement type hulls.The effect of trim contributes to an
additional variable, so
that trim also needs to be correlated,as well as resistance.The key
to the new system is in
the use of a non-dimensional scaling coefficient reflecting the
location of
the longitudinal center of planning lift or pressure.This coefficient obviously
is
sensitive
to the longitudinal center of gravity (LCG) and thus incorporates the effect
of
LCG into
the picture.Resistance and trim coefficients will need to be fit to a
coefficient of
speed.This
speed coefficient is a beam-based Froude number divided by the lift-beam
ratio.parent’s actual coefficients versus calculated coefficients form
the basis of the
Planning
hull aligned prediction in NAVCAD.
·
EXTRAPOLATION
A slightly
different wrinkle to using known performance in resistance prediction is
extrapolation.Simply described,an extrapolation predicts a vessel’s
resistance using a
‘series’of only one model.
____COMPARATOR DEMO COPY FOR ORIGINAL MODELS TO SAVÝTSKY REGRESSION
METHOD-2000_______
Savitsky regression presents a group of equations used to
determine equilibrium conditions
And vessel
resistance for hard-chine planning craft.Based on the well-established Savitsky
Equations (where
all forces pass through the center of gravity),this method determines dynamic
Trim,porpoising stability and vessel resistance.
Navcad also
incorporates and modifications made to the Savitsky method by Blount and Fox.A
method
For parameter
consistency and a multiplication factor to better evaluate the hump-speed range
has been
included.The bare hull planning resistance is determined from a complex
eqilibrium
condition of
lift,drag and trim.
This new 1260
pages sheets was prepared by Oktay Çemberci.Original 65A,65B,62,Delft model was
Compared to
Savitsky regression method.Method is good for Volumetric Froude Number 2.5 to
6.00.
____________________________________________________________________________________________________________
_____________ DISPLACEMENT SHIP MODELS ______________________________________
W. F R O U D E C A
R G O S H I P Series
Çemberci Denizcilik 08 December 1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Lcb/Lpp Lpp/Vol
Vol/Lwl S/Vol
30 A 7.65 ---- 2.25 0.760
0.980 +1.38F 5.577
5.766 6.154 *
30 B 7.65 ---- 2.25
0.743 0.980 +0.63F
5.619 5.638 6.180 *
30 C 7.65 ---- 2.25 0.727
0.980 -0.27A 5.660
5.516 6.204 *
30 D 7.65 ---- 2.25 0.743
0.980 +0.65F 5.619 5.638 6.180 *
30 F 7.65 ---- 2.25 0.743
0.980 +0.54F 5.619
5.638 6.180 *
47 7.65 ---- 2.25 0.764
0.980 -0.39A 5.567
5.797 6.152 *
49 7.65 ---- 2.25 0.722
0.980 +1.62F 5.673
5.478 6.211 *
50 A 7.65 ---- 2.25 0.743
0.980 +0.68F 5.619
5.638 6.180 *
50 B 7.65 ---- 2.25 0.743
0.980 +0.54F 5.619
5.638 6.180 *
55 C 7.65 ---- 2.25 0.698
0.980 +1.73F 5.737
5.296 6.250 *
55 D 7.65 ---- 2.25 0.677
0.980 +0.64F 5.796
5.137 6.286 *
56 A 7.65 ---- 2.25 0.677 0.980 +0.80F
5.796 5.137 6.286 *
56 B 7.65 ---- 2.25 0.677
0.980 +0.86F 5.796
5.137 6.286 *
56 C 7.65 ---- 2.25 0.656
0.980 -0.34A 5.857
4.977 6.327 *
57 A 7.65 ---- 2.25 0.704 0.980
-0.49A 5.721 5.342
6.239 *
57 B 7.65 ---- 2.25 0.677
0.980 +0.93F 5.796
5.137 6.286 *
57 C 7.65 ---- 2.25 0.677
0.980 +0.63F 5.796 5.137
6.286 *
67 A 7.65 ---- 2.25 0.653
0.980 +2.04F 5.866
4.955 6.328 *
68 A 7.65 ---- 2.25 0.833
0.980 +1.56F 5.409
6.320 6.069 *
68 C 7.65 ---- 2.25 0.799
0.980 -0.19A 5.484
6.062 6.106 *
68 D 7.65 ---- 2.25 0.812
0.980 +0.47F 5.455
6.161 6.090 *
86 A 7.65 ---- 2.25 0.826
0.980 -0.27A 5.424
6.267 6.077 *
86 B 7.65 ---- 2.25 0.812
0.980 +0.43F 5.455
6.161 6.090 *
86 C 7.65 ---- 2.25 0.812
0.980 +0.47F 5.455
6.161 6.090 *
97 A 7.65 ---- 2.25
0.812 0.980 +0.51F
5.455 6.161 6.090 *
97 B 7.65 ---- 2.25 0.796
0.980 +1.19F 5.491
6.040 6.110 *
97 C 7.65 ---- 2.25 0.812
0.980 +0.41F 5.455
6.161 6.090 *
103 A 7.65 ---- 2.25 0.665
0.980 +1.88F 5.830
5.046 6.307 *
103 B 7.65 ---- 2.25 0.641
0.980 +0.97F 5.902
4.864 6.356 *
103 C 7.65 ---- 2.25 0.641
0.980 +0.89F 5.902
4.864 6.356 *
103 D 7.65 ---- 2.25 0.618
0.980 -0.35A 5.975
4.689 6.406 *
109 A 7.65 ---- 2.25 0.672
0.980 -0.52A 5.810
5.099 6.294 *
109 B 7.65 ---- 2.25 0.641
0.980 +0.68F 5.902
4.864 6.356 *
109 C 7.65 ---- 2.25 0.612
0.980 +2.25F 5.994
4.644 6.417 *
110 A 7.65 ---- 2.25 0.641
0.980 +1.08F 5.902
4.864 6.356 *
110 B 7.65 ---- 2.25 0.641
0.980 +0.67F 5.902
4.864 6.356 *
1069 A 7.65 ---- 2.25 0.755
0.980 +1.91F 4.716
9.535 5.662 *
1069 B 7.65
---- 2.25 0.752 0.980
+1.75F 4.722 9.497
5.666 *
1069 C 7.65 ---- 2.25 0.755
0.980 +1.85F 4.716
9.535 5.662 *
1069 D 7.65 ---- 2.25 0.752
0.980 +2.39F 4.722
9.497 5.664 *
1131 A 8.00 ---- 2.15 0.810
0.980 +1.17F 5.540
5.880 6.137 *
1131 C 8.00 ---- 2.15 0.810
0.980 +1.30F 5.540
5.880 6.137 *
1131 D 8.00 ---- 2.15 0.811
0.980 +1.30F 5.538
5.887 6.137 *
1131 E 8.00 ---- 2.15 0.804
0.980 +0.67F 5.554
5.837 6.145 *
1158 B 8.00 ---- 2.15 0.810
0.980 +1.43F 5.540
5.880 6.137 *
*
Estimated Values.Based C Values.ATTC.Ca=0
*
Literature = Methodical series of resistance experiments on ship models
The william Froude
Laboratory
T A Y L O R M O D E
L Series
Çemberci
Denizcilik
20 July 1996
Model Lpp/Bwl Lwl/Bwl Bwl/Twl Cb
Cx Cwp Lcb/Lpp Lpp/Vol Vol/Lwl S/Vol
1 13.00 ---- 2.93 0.519
0.927 ----- --?--- 9.839 1.050 7.876
2 13.91 ---- 2.93 0.519
0.926 ----- --?--- 9.845 1.048 7.886
3 10.07 ---- 2.93 0.519
0.926 ----- --?--- 8.298 1.750 7.302
4 10.77 ---- 2.93 0.592
0.926 ----- --?--- 8.302 1.748 7.307
5 7.96 ---- 2.93 0.518
0.926 ----- --?--- 7.098 2.797 6.785
6 8.52 ---- 2.93 0.593
0.926 ----- --?--- 7.098 2.796 6.786
7 6.25 ---- 2.93 0.520
0.928 ----- --?--- 6.032 4.557 6.132
8 6.68 ---- 2.93 0.592
0.926 ----- --?--- 6.037 4.544 6.194
9 5.31 ---- 2.93 0.518
0.926 ----- --?--- 5.417 6.290
5.795
10 5.68 ---- 2.93 0.592
0.926 ----- --?--- 5.417 6.292 5.891
171 5.80 ---- 3.75 0.500
0.925 0.640 --?--- 6.317 3.967 6.424
172 6.80 ---- 3.75 0.691 0.925 0.815
--?--- 6.308 3.985
6.639
173 3.90 ---- 4.50 0.463
0.925 0.605 --?--- 5.289 6.757 5.982
174 4.30 ---- 4.50 0.463 0.925 0.605
--?--- 5.645 5.559
6.171
175 5.00 ---- 4.50 0.463
0.925 0.605 --?--- 6.242 4.111 6.486
176 6.40 ---- 4.50 0.463
0.925 0.605 --?--- 7.359 2.509 6.985
177 9.80 ---- 4.50 0.459
0.925 0.602 --?--- 9.803 1.062 8.150
178 4.10 ---- 4.50 0.492
0.925 0.632 --?--- 5.357 6.505 6.095
179 4.60 ---- 4.50 0.490
0.925 0.631 --?--- 5.791 5.149 6.338
180 5.40 ---- 4.50 0.488
0.925 0.628 --?--- 6.457 3.715 6.718
181 4.10 ---- 4.50 0.535 0.925 0.628
--?--- 5.211 7.068
6.009
182 4.70 ---- 4.50 0.534
0.925 0.671 --?--- 5.711 5.369 6.299
183 5.50 ---- 4.50 0.537
0.925 0.673 --?--- 6.331 3.941 6.625
184 6.90 ---- 4.50 0.537
0.925 0.674 --?--- 7.360 2.508 7.141
185 10.60 ---- 4.50 0.538
0.925 0.675 --?--- 9.793 1.065 8.244
186 4.40 ---- 4.50 0.599
0.925 0.731 --?--- 5.258 6.880 6.199
187 5.00 ---- 4.50 0.605
0.925 0.736 --?--- 5.708 5.377 6.426
189 7.40 ---- 4.50 0.599
0.925 0.731 --?--- 7.436 2.432 7.370
190 11.30 ---- 4.50 0.605
0.925 0.736 --?--- 9.830 1.053 8.298
192 5.30 ---- 4.50 0.703
0.925 0.826 --?--- 5.644 5.561 6.400
193 6.20 ---- 4.50 0.687
0.925 0.812 --?--- 6.314 3.973 6.844
194 7.80 ---- 4.50 0.687
0.925 0.812 --?--- 7.358 2.510
7.500
195 12.00 ---- 4.50 0.682
0.925 0.807 --?--- 9.832 1.052 8.713
196 4.90 ---- 4.50 0.750
0.925 0.869 --?--- 5.242 6.943 6.215
197 5.50 ---- 4.50 0.746
0.925 0.865 --?--- 5.673 5.477 6.384
198 6.40 ---- 4.50 0.730
0.925 0.851 --?--- 6.321 3.960 6.752
199 8.10
---- 4.50 0.741 0.925 0.861
--?--- 7.359 2.510
7.365
200 12.30 ---- 4.50 0.729
0.925 0.850 --?--- 9.775 1.071 8.518
2155 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753
2.146 7.214
2156 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.218
2157 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.224
2158 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.229
2159 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.227
2160 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.232
2161 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.236
2162 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.242
2163 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.239
2164 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.245
2165 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.250
2166 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.254
2167 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.253
2168 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.257
2169 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.214
2170 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.268
2351 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.468
2352 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.461
2353 6.19 ---- 3.20 0.644
0.990 0.723 --?---
5.753 5.251
6.453
2354 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.446
2355 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.436
2356 6.19 ---- 3.20 0.644 0.990
0.723 --?--- 5.753
5.251 6.433
2357 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.429
2358 6.19 ---- 3.20
0.644 0.990 0.723
--?--- 5.753 5.251
6.428
2359 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.414
2360 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.421
2361 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.433
2362 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.444
2363 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.431
2364 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.454
2382 6.19 ---- 3.20 0.644 0.990 0.723
--?--- 5.753 5.251
6.473
2383 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.441
2384 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.411
2385 6.19 ---- 3.20 0.644
0.990 0.723 --?--- 5.753 5.251 6.424
2386 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.266
2387 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.271
2388 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.275
2389 8.76 ---- 3.35 0.552
0.920 0.685 --?--- 7.753 2.146 7.281
* 2931A 9.14 ---- 2.25 0.658
0.980 ----- --?--- 6.586 3.500 6.997
* 2931B 12.93 ---- 2.25 0.658
0.980 ----- --?--- 8.299 1.750 7.855
* 2932A 8.27 ---- 2.75 0.658
0.980 ----- --?--- 6.587 3.500 6.854
* 2932B 11.69 ---- 2.75 0.658
0.980 ----- --?--- 8.298 1.750 7.693
* 2933A 5.48 ---- 2.50 0.658
0.980 ----- --?--- 4.852 8.754 5.971
* 2933B 6.13 ---- 2.50 0.658
0.980 ----- --?--- 5.227 7.004
6.154
* 2933C 7.08 ---- 2.50 0.658
0.980 ----- --?--- 5.753 5.251 6.458
* 2933D 8.67 ---- 2.50 0.658
0.980 ----- --?--- 6.587 3.499 6.911
* 2933E 12.26 ---- 2.50 0.658 0.980 -----
--?--- 8.296 1.751
7.753
* 2934A 5.78 ---- 2.25 0.658
0.980 ----- --?--- 4.853 8.750 6.051
* 2934B 6.46 ---- 2.25 0.658 0.980 -----
--?--- 5.227 7.002
6.232
* 2934C 7.46 ---- 2.25 0.658
0.980 ----- --?--- 5.754 5.250 6.540
* 2935A 5.23 ---- 2.75 0.658
0.980 ----- --?--- 4.852 8.753 5.926
* 2935B 5.85 ---- 2.75 0.658
0.980 ----- --?--- 5.227 7.002 6.105
* 2935C 6.75 ---- 2.75 0.658
0.980 ----- --?--- 5.753 5.252 6.404
* Remarks = Based on Rr/Dep Curves
interpolation.ATTC.Ca=0.0004
* Based on
Ehp Curves.ATTC.Ca=0.0004
* Literature = *
Systematic widerstandsversuche mit Taylor-Modellen mit einem
Breiten-Tiefgangsverhaltnis B/T=4.50
Kruppa,W.Henschke
Schiffbauforschung 3 - 1964
* The speed and power of ships
D.W.Taylor
United States Maritime Commision-1943
57 &
TAYLOR S e r i e s S H I P S
Çemberci
Denizcilik
18 December 1995
Model Lpp/Bwl Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp
Lpp/Vol Vol/Lwl S/Vol
4133W 6.82 6.93 2.44 0.651 0.980 ----- 9.50 -1.00A 5.589 5.450
6.241
4144W 6.84 6.96 2.82 0.603 0.981 ----- 8.50 -1.00A 6.023
4.353 6.418
4200W 7.50 7.63 2.50 0.600 0.962 0.726 8.30 -1.50A 6.166 4.058
6.469
4201W 7.25 7.37 2.50 0.650 0.977 0.748 9.00 -0.50A 5.869 4.706
6.350
4202W 7.00 7.12 2.50 0.700 0.985 0.787 13.30 +0.50F 5.593 5.437
6.243
4203W 6.75 6.86 2.50 0.750 0.988 0.830 27.10 +1.50F 5.336 6.263
6.124
4204W 6.50 6.61 2.50 0.800 0.989 0.874 44.00 +2.50F 5.092 7.207
6.024
4322W 6.56 6.67 2.50 0.708 0.933 0.821 18.80
+1.00F 5.335
6.261 5.992
4333W 7.35 7.47 2.50 0.575 0.923 0.709 8.00 +1.00F 6.168 4.052
6.385
4412W 7.00 7.12 2.50 0.700 0.984 ----- 12.50 +0.60F 5.597
5.427 6.245
4414W 6.84 6.96 2.82 0.610 0.981 ----- 8.00 -1.50A 6.000 4.404
6.418
4418W 6.91 7.02 2.45 0.683 0.980 ----- 14.00 +1.30F 5.548 5.571
6.124
4419W 6.91 7.02 2.45 0.683 0.983 ----- 15.00 +1.30F 5.548 5.571
6.195
4420W 7.08 7.20 2.55 0.765 0.989 ----- 29.50 +1.60F 5.506 5.699
6.218
4430W 6.82 6.93 2.44 0.651 0.978 ----- 8.50 -1.00A 5.589 5.450
6.194
4431W 6.84 6.96 2.82 0.610 0.967 ----- 8.50 -1.50A 6.000 4.404
6.369
4435W 7.08 7.20 2.55 0.765 0.994 ----- 26.50 +1.60F 5.506 5.699
6.218
4440W 6.84 6.96 2.82 0.611 0.982 ----- 7.50 -1.60A 5.997 4.411
6.362
4484W 6.82 6.93 2.44
0.651 0.982 ----- 9.70 -1.00A 5.589
5.450 6.194
4490W 6.91 7.02 2.45 0.683 0.984 ----- 14.50 +1.40F 5.548 5.571
6.195
·
Remarks = Based on C-Pe Curves.ATTC.Ca=0.0004
·
Literature = A proposed new basis for the design of single-screw
merchant ship forms
And standard series lines.
F.H.Todd,F.X.Forest-SNAME 15 November 1951
60 S e r i e s S H I P S
Çemberci Denizcilik
20 March 1995
Model Lpp/Bwl Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl S/Vol
4210 7.50 7.63 2.50 0.600 0.977 0.706 7.00 -1.50A 6.165
4.058 6.481
4211 7.25 7.37 2.50 0.650 0.982 0.746 9.10 -0.50A 5.869
4.706 6.332
4212 7.00 7.12 2.50 0.700 0.986 0.785 14.50 +0.50F 5.593 5.437
6.200
4213 6.75 6.86 2.50 0.750 0.990 0.827 22.50 +1.50F 5.335
6.263 6.091
4214 6.50 6.61
2.50 0.800 0.994
0.871 43.00 +2.50F 5.092 7.207 6.028
4215 7.50 7.63 2.50 0.600 0.977 0.700 7.00 -2.48A 6.165
4.058 6.478
4216 7.50 7.63 2.50 0.600 0.977 0.712 7.60 -0.51A 6.165
4.058 6.504
4217 7.50 7.63 2.50 0.600 0.977 0.715 8.30 +0.52F 6.165
4.058 6.527
4218 7.25 7.37 2.50 0.650 0.982
0.744 8.30 -1.54A 5.869 4.706 6.326
4219 7.25 7.37 2.50 0.650 0.982 0.750 11.20 +0.38F 5.869
4.706 6.328
4220 7.25 7.37 2.50 0.650 0.982 0.754 13.80 +1.37F 5.869
4.706 6.347
4221 7.00 7.12 2.50 0.700 0.986 0.787 11.60 -0.55A 5.593
5.437 6.230
4222 7.00 7.12 2.50 0.700 0.986 0.790 17.10 +1.54F
5.593 5.437 6.224
4223 7.00 7.12 2.50 0.700 0.986 0.795 20.00 +2.55F 5.593
5.437 6.224
4224 6.75 6.86 2.50 0.750 0.990 0.828 18.90 +0.48F 5.335
6.263 6.104
4225 6.75 6.86 2.50 0.750 0.990 0.830 27.40 +2.57F 5.335
6.263 6.094
4226 6.75 6.86 2.50 0.750 0.990 0.834 33.80 +3.46F 5.337
6.263 6.098
4227 6.50 6.61 2.50 0.800 0.994 0.869 26.60 +0.76F 5.092
7.207 6.011
4228 6.50 6.61 2.50 0.800 0.994 0.870 32.50 +1.45F 5.092
7.207 6.020
4229 6.50 6.61 2.50 0.800 0.994
0.867 52.00 +3.51F 5.092 7.207 6.025
4230 7.00 7.12 2.50 0.700 0.986 0.788 9.30 -2.05A 5.593
5.437 6.220
4231 7.25 7.37 2.50 0.650 0.982 0.749 7.70 -2.46A 5.860
4.706 6.320
4240 6.50 6.61 2.50 0.600 0.977 0.706 8.70 -1.50A 5.604
5.405 6.202
4241 6.50 6.61 3.50
0.600 0.977 0.706 8.70 -1.50A 6.270 3.860
6.608
4242 8.50 8.64 3.50 0.600 0.977 0.706 6.20 -1.50A 7.498
2.258 7.205
4243 8.50 8.64 2.50 0.600 0.977 0.706 6.20 -1.50A 6.702
3.160 6.762
4244 6.00 6.10 2.50 0.700 0.986 0.787 12.90 -0.55A 5.047
7.401 5.901
4245 6.00 6.10 3.50 0.700 0.986 0.787
12.90 -0.55A 5.646 5.286
6.352
4246 8.00 8.13 3.50 0.700 0.986 0.787 9.70 -0.55A 6.841
2.974 6.981
4247 8.00 8.13 2.50 0.700 0.986 0.787 9.70 -0.55A 6.114
4.162 6.510
4248 5.50 5.59 2.50 0.800 0.990 0.827 47.80 +2.50F 4.555
10.064 5.706
4249 5.50 5.59 3.50 0.800 0.990 0.827 47.80 +2.50F 5.096
7.189 6.184
4250 7.50 7.63 3.50 0.800 0.990 0.827 38.90 +2.50F 6.266
3.866 6.839
4251 7.50 7.63 2.50 0.800 0.990 0.827 38.90 +2.50F 5.602
5.411 6.322
4252 6.50 6.61 3.00 0.600 0.977
0.706 8.70 -1.50A 5.956 4.503 6.354
4253 7.50 7.63 2.50 0.600 0.977 0.706 7.00 -1.50A 6.897
2.900 6.900
4254 8.50 8.64 3.00 0.600 0.977 0.706 6.20 -1.50A 7.122
2.634 6.955
4255 7.50 7.63 3.00 0.600 0.977 0.706 7.00 -1.50A 6.552
3.383 6.682
4256 6.00 6.10 3.00 0.700 0.986
0.787 12.90 -0.55A 5.364 6.166 6.097
4257 7.00 7.12 3.50 0.700 0.986 0.787 11.60 -0.55A 6.258
3.884 6.656
4258 8.00 8.13 3.00 0.700 0.986 0.787 9.70 -0.55A 6.497
3.469 6.710
4259 7.00 7.12 3.00 0.700 0.986 0.787 11.60 -0.55A 5.944
4.531 6.444
4260 5.50 5.59 3.00 0.800 0.990 0.827 47.80 +2.50F 4.841 8.386 5.934
4261 6.50 6.61 3.50 0.800 0.990 0.827 43.00 +2.50F 5.696
5.146 6.521
4262 7.50 7.63 3.00 0.800 0.990 0.827 38.90 +2.50F 5.954
4.511 6.559
4263 6.50 6.61 3.00 0.800 0.990 0.827 43.00 +2.50F 5.411
6.004 6.280
4264 6.25 6.36 2.50 0.650 0.982 0.744 9.60 -1.54A 5.316 6.332 6.026
4265 6.25 6.36 3.50 0.650 0.982 0.744 9.60 -1.54A 5.948
4.524 6.422
4266 8.25 8.39 3.50 0.650 0.982 0.744 7.30 -1.54A 7.157
2.595 7.039
4267 8.25 8.39 2.50 0.650 0.982 0.744 7.30 -1.54A 6.398
3.633 6.606
4268 5.75 5.85 2.50 0.750 0.990 0.827 25.90 +1.50F 4.795
8.634 5.784
4269 5.75 5.85 3.50 0.750 0.990 0.827 25.90 +1.50F 5.364
6.169 6.233
4270 7.75 7.88 3.50 0.750 0.990 0.827 19.80 +1.50F 6.546
3.395 6.880
4271 7.75 7.88
2.50 0.750 0.990
0.827 19.80 +1.50F 5.851 4.753 6.376
4272 6.25 6.36 3.00 0.650 0.982 0.744 9.60 -1.54A 5.649
5.276 6.200
4273 7.25 7.37 3.50 0.650 0.982 0.744 8.30 -1.54A 6.566
3.361 6.748
4274 8.25 8.39 3.00 0.650 0.982 0.744 7.30 -1.54A 6.798
3.028 6.797
4275 7.25 7.37 3.00 0.650 0.982
0.744 8.30 -1.54A 6.236 3.921 6.512
4276 5.75 5.85 3.00 0.750 0.990 0.827 25.90 +1.50F 5.095
7.165 5.997
4277 6.75 6.86 3.50 0.750 0.990 0.827 22.50 +1.50F 5.968
4.474 6.569
4278 7.75 7.88 3.00 0.750 0.990 0.827 19.80 +1.50F 6.217
3.959 6.620
4279 6.75 6.86 3.00 0.750 0.990 0.827 22.50 +1.50F
5.670 5.219 6.322
4280 7.00 7.12 2.50 0.700 0.986 0.787 11.60 -0.55A 5.593
5.437 6.229
4281 7.00 7.12 2.50 0.700 0.986 0.787 11.60 -0.55A 5.593
5.437 6.259
4282 7.00 7.12 2.50 0.700 0.986 0.787 11.60 -0.55A 5.593
5.437 6.210
·
Remarks= Based Original Cr Coefficient.ATTC.Ca=0.0004
·
Literature = * Some Further Experiments on single-screw merchant ship
forms-series 60
F.H.Todd- SNAME 12 November 1953
* Series
60-The effect upon resistance and power of variation in lcb position
F.H.Todd,P.C.Pien-SNAME 1956
* Series 60-The efect upon resistanvce and power
of variation in ship proportions
F.H.Todd,G.R.Stuntz,P.C.Pien-SNAME 1957
60 S e r i e s + Bulbs Models S H I P S
4214-ld 6.50 6.61 2.50 0.800 0.994 0.871 43.00 +2.50F 5.092 7.205
6.028
-lt 6.50 6.61 3.57 0.800 0.994 0.871 43.00 +2.50F 5.092 5.045
6.304
4214- A 6.50 6.61 2.50 0.800 0.994 0.873 43.00 +2.50F 5.093 7.200
6.030
- B 6.50 6.61 2.50 0.781 0.994 0.847 43.00 +2.50F 5.132 7.037
6.036
- C 6.50 6.62 2.50 0.782 0.994 0.847 43.00 +2.50F 5.130 7.020
6.063
- D 6.50 6.62 2.50 0.782 0.994 0.851 43.00 +2.50F 5.130 7.021
6.063
- E 6.50 6.76 2.50 0.783 0.994 0.835 43.00 +2.50F 5.130 6.586
6.084
- F 6.50 6.76 2.50 0.799 0.994 0.857 43.00 +2.50F 5.094 6.725
6.034
- G 6.50 6.62 2.50 0.800 0.994 0.871 43.00 +2.50F 5.093 7.175
6.009
* Remarks= Based
Original Cr .ITTC.
* Literature = * Hull and Bulbous bow interaction
A.M.Ferguson,I.W.Band-RINA 1970
*
Beitrag zum Einfuss der Heckform auf den sog des Schiffes
Von
E.Bischoff,H.G.Heyer
Schiff und Hafen Helft 12/1964
RINA S E M P L
E C A R G O S H I P Series
Çemberci
Denizcilik 30 October
1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Lcb/Lpp Lpp/Vol
Vol/Lwl S/Vol
A - ld 7.50 ---- 2.22 0.737 0.980
-0.25A 5.536 5.896
6.134
B - ld 7.50 ---- 2.22 0.755 0.980
-0.25A 5.491 6.040
6.106
C - ld 7.50 ---- 2.22 0.775
0.980 -0.25A 5.444
6.200 6.086
D - ld 7.50 ---- 2.22 0.795 0.980
-0.25A 5.397 6.360
6.057
E - ld 7.50 ---- 2.22 0.792 0.984
-0.25A 5.404 6.336 5.984
F - ld 7.50 ---- 2.14 0.772 0.984
-0.25A 5.386 6.402
6.115
G - ld 7.50 ---- 2.22 0.770 0.984
+2.00F 5.445 6.159
6.089
H - ld 7.50 ---- 2.22 0.770 0.984 +2.00F 5.455
6.159 6.089
K - ld 7.50 ---- 2.22 0.770 0.984
-2.00A 5.445 6.159
6.089
L - ld 7.50 ---- 2.22 0.720 0.984
+2.00F 5.455 5.760
6.159
M - ld 7.50 ---- 2.22 0.720 0.984
+2.00F 5.579 5.760
6.159
N - ld 7.50 ---- 2.22 0.712 0.984
-2.00A 5.600 5.696
6.205
* Literature = The shipbuilder and Marine Engine
Builder
September 1941
T O D D C O A S T E R
S S H I P Series
1098 - ld 4.44
---- 2.25 0.675
0.980 +2.16F 4.038
15.192 5.187
1101 - ld 5.41
---- 2.22 0.729
0.980 +1.78F 4.466
11.229 5.493
1106 - ld 4.88
---- 2.24 0.702
0.980 +2.11F 4.235
13.169 5.332
1111 - ld 6.88
---- 2.18 0.783
0.980 +1.16F 5.097
7.550 5.918
1118 - ld 8.00
---- 2.15 0.811
0.980 +1.26F 5.539
5.884 6.203
1445 - ld 5.99
---- 2.21 0.753
0.980 +1.91F 4.721
9.507 5.674
1483 - ld 5.99
---- 2.21 0.783
0.980 +1.68F 4.659
9.886 5.646
1681 - ld 5.99
---- 2.21 0.729
0.980 +2.12F 4.772
9.204 5.666
1734 - ld 5.99
---- 2.21 0.702
0.980 +1.94F 4.832
8.863 5.700
* Remarks = Based
on C Merit.ATTC.Ca=0
*
S/Vol estimated
* Literature = *
Further resistance and propeller
experiments with models of coasters
F.H.Todd,J.Weedon
Trans.Inst.Naval Architects LXXIII -
1931
* Further model experiments on the
resistance of mercantile ship forms-Coaster vessels
F.H.Todd
Trans.Inst.Naval Architects LXXX - 1938
E M E R S O N S H
I P Series
AM - lt 7.27 ---- 2.50 0.706 0.976
+1.50F 5.722 5.339
6.140
- ld 7.27
---- 2.11 0.721
0.981 +1.50F 5.374
6.444 6.030
AN - lt 8.00 ---- 2.27 0.706 0.976
+1.50F 5.906 4.854
6.260
- ld 8.00
---- 1.92 0.721
0.981 +1.50F 5.547
5.858 6.160
AW - lt 6.67 ----
2.73 0.706 0.976 +1.50F
5.558 5.824 6.090
- ld 6.67
---- 2.31 0.721
0.981 +1.50F 5.220
7.030 5.940
BM - lt 7.27 ---- 2.50 0.706 0.976
+0.50F 5.722 5.339
6.140
- ld 7.27
---- 2.12 0.721
0.981 +0.50F 5.374
6.444 6.020
BN - lt 8.00 ---- 2.27 0.706 0.976
+0.50F 5.906 4.854
6.300
- ld 8.00
---- 1.92 0.721
0.981 +0.50F 5.547 5.858
6.180
BW - lt 6.67 ---- 2.73 0.706 0.976
+0.50F 5.558 5.824
6.090
- ld 6.67
---- 2.31 0.721
0.981 +0.50F 5.220
7.030 5.940
CM - lt 7.27 ---- 2.50 0.706
0.976 -0.50A 5.722
5.339 6.140
- ld 7.27
---- 2.12 0.721
0.981 -0.50A 5.374
6.444 6.020
CN - lt 8.00 ---- 2.27 0.706 0.976
-0.50A 5.906 4.854 6.270
- ld 8.00
---- 1.92 0.721
0.981 -0.50A 5.547
5.858 6.170
CW - lt 6.67 ---- 2.73 0.706 0.976
-0.50A 5.558 5.824
6.070
- ld 6.67
---- 2.31 0.721
0.981 -0.50A 5.220 7.030
5.930
* Remarks = Based on C Merit.C is measured on
Curves.ATTC.Ca=0
*
Literature = Resistance of hulls of varying beams
A.Emerson
INA - 1943
R
I N A H I G H S P E E D
A , B & C S E R I S I M O D E L S
Çemberci Denizcilik
3 March/22 December 1995
Model Lpp/Bwl Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl
S/Vol
A 1 -ld 7.14
----- 2.40 0.658
0.976 0.763 8.00
-2.70A 5.710 5.373
6.270
-lt 7.14
----- 2.75 0.643
0.973 0.745 8.00
-2.40A 6.021 4.582
6.386
A 2 -ld 7.14
----- 2.40 0.663
0.976 0.771 9.00
-1.35A 5.695 5.414
6.262
-lt 7.14 ----- 2.75 0.647 0.973
0.754 8.50 -1.00A 6.009 4.611 6.406
A 3 -ld 7.14
----- 2.40 0.645
0.976 0.756 8.00
-2.16A 5.748 5.267
6.309
-lt 7.14 ----- 2.75 0.629
0.973 0.739 8.00
-1.80A 6.065 4.482
6.431
A 4 -ld 7.14
----- 2.40 0.676
0.976 0.778 9.00
-1.90A 5.659 5.520
6.244
-lt 7.14
----- 2.75
0.662 0.973 0.761 8.50 -1.60A 5.963 4.717 6.359
A 5 -ld 7.14
----- 2.40 0.657
0.976 0.764 8.50
-2.18A 5.713 5.365
6.258
-lt 7.14
----- 2.75 0.643
0.973 0.748 8.00
-1.86A 6.021 4.582
6.372
A 6 -ld 7.14
----- 2.40 0.663
0.976 0.768 8.50
-2.42A 5.695 5.414
6.262
-lt 7.14
----- 2.75 0.649
0.973 0.751
8.00 -2.13A 6.002 4.625 6.371
A 7 -ld 7.14
----- 2.40 0.652
0.976 0.759 8.00
-2.46A 5.727 5.324
6.266
-lt 7.14
----- 2.75 0.637
0.973 0.742 8.00
-2.13A 6.040 4.539
6.387
A 8 -ld 7.14
----- 2.40 0.658
0.976 0.772 10.00
-2.70A 5.710 5.373
6.270
-lt 7.14
----- 2.75 0.641
0.973 0.753 9.00
-2.40A 6.027 4.568
6.400
B 1 -ld 7.14
----- 2.40 0.681
0.975 0.793 14.50
+1.02F 5.645 4.717
6.278
-lt 7.14
----- 2.75 0.662
0.972 0.779 14.50
+1.50F 5.963 5.561 6.426
B 2 -ld 7.14
----- 2.40 0.683
0.975 0.790 14.00
+0.09F 5.639 5.577
6.263
-lt 7.14
----- 2.75 0.666
0.972 0.775 13.50
+0.54F 5.951 4.746
6.386
B 3 -ld 7.14
----- 2.40 0.680
0.975 0.786 12.00
-0.68A 5.647 5.553
6.277
-lt 7.14
----- 2.75 0.660
0.972 0.775 12.00
-0.32A 5.969 4.703
6.437
B 4 -ld 7.14
----- 2.40 0.690
0.975 0.803 16.00
+1.53F 5.620 5.634
6.272
-lt 7.14
----- 2.75 0.674
0.972 0.790 16.00
+2.03F 5.927 4.803
6.400
B 5 -ld 7.14
----- 2.40 0.693 0.975
0.798 14.50 +0.55F 5.612 5.659 6.260
-lt 7.14
----- 2.75 0.674
0.972 0.785 14.50
+0.90F 5.927 4.803
6.411
B 6 -ld 7.14
----- 2.40 0.691
0.975 0.793 14.00
-0.23A 5.617 5.642
6.242
-lt 7.14
----- 2.75 0.675
0.972 0.782 13.50
+0.16F 5.924 4.810
6.365
B 7 -ld 7.14
----- 2.40 0.690
0.975 0.788 12.00 -1.12A 5.620 5.634 6.280
-lt 7.14
----- 2.75 0.670
0.972 0.777 12.00
-0.78A 5.939 4.774
6.444
B 8 -ld 7.14
----- 2.40 0.703
0.975 0.808 16.00
+1.03F 5.585 5.740
6.247
-lt 7.14
----- 2.75 0.686
0.972 0.796 16.00
+1.51F 5.892 4.888
6.388
B 9 -ld 7.14
----- 2.40 0.701
0.975 0.801 14.50 +0.20F 5.591 5.724
6.237
-lt 7.14
----- 2.75 0.683
0.972 0.790 14.50
+0.62F 5.901 4.867
6.390
B10 -ld 7.14
----- 2.40 0.701
0.975 0.795 14.00
-0.64A 5.591
5.724 6.246
-lt 7.14
----- 2.75 0.685
0.972 0.784 13.50
-0.29A 5.895 4.881
6.373
B11 -ld 7.14
----- 2.40 0.711
0.975 0.811 16.00
+0.71F 5.564 5.806
6.239
-lt 7.14
----- 2.75 0.695
0.972 0.801 16.00
+1.16F 5.867 4.953
6.365
C 1 -ld 7.14 7.36 2.40 0.574
0.967 ----- 10.00
-1.60A 5.975 4.282
6.417
-lt 7.14 7.31 2.75 0.553
0.962 ----- 7.00
-1.10A 6.331 3.673
6.591
C 2 -ld 7.14 7.36 2.40 0.576
0.967 ----- 9.25
-2.50A 5.968 4.297
6.420
-lt 7.14 7.31 2.75
0.554 0.962 ----- 6.50 -2.00A 6.327 3.679 6.555
C 3 -ld 7.14 7.36 2.40 0.575
0.967 ----- 8.75
-3.50A 5.972 4.289
6.423
-lt 7.14 7.31 2.75 0.554
0.962 ----- 6.25
-3.10A 6.327 3.679
6.555
C 4 -ld 7.14 7.36 2.40 0.574
0.967 ----- 8.25
-4.20A 5.975 4.282
6.462
-lt 7.14 7.31 2.75 0.554 0.962 ----- 6.00 -3.80A 6.327 3.679 6.590
C 5 -ld 7.14 7.36 2.40 0.586
0.967 ----- 10.75
-1.00A 5.934 4.372
6.393
-lt 7.14 7.31 2.75 0.566
0.962 ----- 7.25
-0.50A 6.282 3.759
6.568
C 6 -ld 7.14 7.36 2.40 0.585
0.967 ----- 10.00
-2.00A 5.938 4.364
6.392
-lt 7.14 7.31 2.75 0.563
0.962 ----- 7.00
-1.50A 6.293 3.739
6.532
C 7 -ld 7.14 7.36 2.40 0.586
0.967 ----- 9.25
-3.00A 5.984 4.372
6.387
-lt 7.14 7.31 2.75 0.565
0.962 ----- 6.50
-2.50A 6.286 3.752
6.524
C 8 -ld 7.14 7.36 2.40 0.583
0.967 ----- 8.75
-3.80A 5.944 4.349
6.417
-lt 7.14 7.31 2.75 0.563
0.962 ----- 6.25
-3.40A 6.293 3.739
6.550
C 9 -ld 7.14 7.36 2.40 0.597
0.967 ----- 11.50
-0.50A 5.897 4.454
6.349
-lt 7.14 7.31 2.75 0.576
0.962 ----- 7.75
+0.10F 6.246 3.825 6.495
C10 -ld 7.14 7.36 2.40 0.596
0.967 ----- 10.75
-1.50A 5.901 4.446
6.376
-lt 7.14 7.31 2.75 0.576
0.962 ----- 7.25
-0.90A 6.246 3.825
6.514
C11 -ld 7.14 7.36 2.40 0.595
0.967 ----- 10.00
-2.50A 5.904 4.439
6.359
-lt 7.14 7.31 2.75 0.574
0.962 ----- 7.00
-2.00A 6.253 3.812
6.495
C12 -ld 7.14 7.36 2.40 0.594
0.967 ----- 9.25
-3.30A 5.907 4.431
6.384
-lt 7.14 7.31 2.75 0.574
0.962 ----- 6.50
-2.80A 6.253 3.812
6.510
C13 -ld 7.14 7.36 2.40
0.608 0.967 -----
11.50 -1.00A 5.862 4.536 6.343
-lt 7.14 7.31 2.75 0.586
0.962 ----- 7.75
-0.40A 6.210 3.892
6.493
C14 -ld 7.14 7.36 2.40 0.607
0.967 ----- 10.75
-1.90A 5.865 4.528
6.337
-lt 7.14 7.31 2.75 0.586
0.962 ----- 7.25
-1.40A 6.210 3.892
6.483
C15 -ld 7.14 7.36 2.40 0.603
0.967 ----- 10.00 -2.80A 5.878 4.498 6.357
-lt 7.14 7.31 2.75 0.583
0.962 ----- 7.00
-2.40A 6.221 3.872
6.486
C16 -ld 7.14 7.36 2.40 0.605
0.967 ----- 9.25
-3.70A 5.871 4.513
6.338
-lt 7.14 7.31 2.75 0.586
0.962 ----- 6.50
-3.40A 6.210 3.892
6.459
C17 -ld 7.14 7.36 2.40 0.618
0.967 ----- 11.50
-1.40A 5.830 4.610
6.315
-lt 7.14 7.31 2.75 0.597
0.962 ----- 7.75
-0.90A 6.172 3.965
6.465
C18 -ld 7.14 7.36 2.40 0.615
0.967 ----- 10.75
-2.30A 5.839 4.588 6.335
-lt 7.14 7.31 2.75 0.596
0.962 ----- 7.25
-1.80A 6.175 3.958
6.472
C19 -ld 7.14 7.36 2.40 0.614
0.967 ----- 10.00
-3.30A 5.843 4.580
6.313
-lt 7.14 7.31 2.75 0.594
0.962 ----- 7.00
-2.90A 6.182 3.945
6.449
C20 -ld 7.14 7.36 2.40 0.619
0.967 ----- 9.25
-4.40A 5.827 4.618
6.325
-lt 7.14 7.31 2.75 0.600
0.962 ----- 6.50
-4.00A 6.161 3.985
6.458
C21 -ld 7.14 7.36 2.40 0.626
0.967 ----- 11.50
-1.70A 5.805 4.670
6.312
-lt 7.14
7.31 2.75 0.606 0.962
----- 7.75 -1.30A 6.141 4.025 6.450
C22 -ld 7.14 7.36 2.40 0.625
0.967 ----- 10.75
-2.70A 5.808 4.662
6.299
-lt 7.14 7.31 2.75 0.607
0.962 ----- 7.25
-2.30A 6.137 4.031
6.432
C23 -ld 7.14 7.36 2.40 0.628
0.967 ----- 10.00
-3.90A 5.799 4.685
6.302
-lt 7.14 7.31 2.75 0.608
0.962 ----- 7.00 -3.50A 6.134 4.038 6.448
C24 -ld 7.14 7.36 2.40 0.625
0.967 ----- 9.25
-4.70A 5.808 4.662
6.293
-lt 7.14 7.31 2.75 0.605
0.962 ----- 6.50
-4.10A 6.144 4.018
6.420
C25 -ld 7.14 7.36 2.40 0.554
0.967 ----- 8.75
-2.60A 6.046 4.133
6.489
-lt 7.14 7.31 2.75 0.533
0.962 ----- 6.25 -2.10A 6.409 3.540
6.601
C26 -ld 7.14 7.36 2.40 0.556
0.967 ----- 8.25
-3.50A 6.039 4.148
6.496
-lt 7.14 7.31 2.75 0.535
0.962 ----- 6.00
-2.90A 6.401
3.553 6.633
C27 -ld 7.14 7.36 2.40 0.565
0.967 ----- 9.25
-2.00A 6.007 4.215
6.449
-lt 7.14 7.31 2.75 0.544
0.962 ----- 6.50
-1.50A 6.366 3.613
6.557
C28 -ld 7.14 7.36 2.40 0.651
0.967 ----- 11.50
-2.80A 5.730 4.856
6.260
-lt 7.14 7.31 2.75 0.632
0.962 ----- 7.75
-2.40A 6.055 4.197
6.410
* Remarks = Based on
C-Pe Merit.ATTC.Ca=0
·
* Literature = * Experiments
with models of cargo liners
Anders F.Lindblad-RINA 1946
* Some experiments with models of high speed
ships
The influence of block coefficient and
Longitudinal Centre of Buoyancy
Anders F.Lindblad-RINA 1949
* Further experiments with models of high speed
ships
The influence of block coefficient and longitudinal
centre of buoyancy
Anders F.Lindblad-RINA 1950
R I N A C A R G
O S H I P Series - I -
Çemberci
Denizcilik 09 December 1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl
S/Vol
600 - lt 7.27
7.06 3.44 0.590
0.978 0.722 11.50
+1.76F 6.755 3.550
6.620
- md 7.27
7.17 2.62 0.622
0.983 0.757 12.50
+1.17F 6.062 4.680
6.260
- ld 7.27
7.45 2.12 0.650
0.987 0.768 13.00
+0.50F 5.563 5.402
6.100
- ltt 7.27
7.06 3.44 0.590
0.978 0.722 11.50
+1.76F 6.755 3.550
6.620
601 - lt 7.27
7.06 3.44 0.590
0.969 0.724 11.50
+1.76F 6.755 3.550
6.600
- md 7.27
7.17 2.62 0.622
0.976 0.758 12.50
+1.17F 6.062 4.680
6.240
- ld 7.27
7.45 2.12 0.650
0.981 0.768 13.00
+0.50F 5.563 5.402
6.080
- ltt 7.27
7.06 3.44
0.590 0.969 0.724
11.50 +1.76F 6.755
3.550 6.600
602 - lt 7.27
7.06 3.44 0.589
0.956 0.726 11.50
+1.76F 6.758 3.544
6.570
- md 7.27
7.17 2.62 0.622
0.966 0.758 12.50 +1.17F
6.062 4.680 6.210
- ld 7.27
7.45 2.12 0.650
0.973 0.768 13.00
+0.50F 5.563 5.402
6.060
- ltt 7.27
7.06 3.44 0.589
0.956 0.726 11.50
+1.76F 6.758 3.544
6.570
603 - lt 7.27
7.06 3.44 0.588
0.939 0.728 11.50
+1.76F 6.762 3.538
6.540
- md 7.27
7.17 2.62 0.622
0.953 0.760 12.50
+1.17F 6.062 4.680
6.190
- ld 7.27
7.45 2.12 0.650
0.963 0.768 13.00
+0.50F 5.563 5.402
6.040
- ltt 7.27
7.06 3.44 0.588
0.939 0.728 11.50
+1.76F 6.762 3.538
6.540
604 - lt 7.27 7.06 3.44 0.590
0.978 0.722 11.50
+0.55F 6.747 3.562
6.640
- md 7.27
7.17 2.62 0.622
0.983 0.753 12.50
+0.06F 6.058 4.688
6.280
- ld 7.27
7.45 2.12 0.650
0.987 0.763 13.00
-0.50A 5.563 5.402
6.130
- ltt 7.27
7.06 3.44 0.590
0.978 0.722 11.50
+0.55F 6.747 3.562
6.640
605 - lt 7.27
7.06 3.44 0.590
0.969 0.723 10.75
+0.55F 6.747 3.562
6.640
- md 7.27
7.17 2.62 0.622
0.976 0.753 11.75
+0.06F 6.058 4.688
6.270
- ld 7.27
7.45 2.12 0.650
0.981 0.763 12.25
-0.50A 5.563 5.402 6.110
- ltt 7.27
7.06 3.44 0.590
0.969 0.723 10.75
+0.55F 6.747 3.562
6.640
606 - lt 7.27
7.06 3.44 0.589
0.956 0.725 10.75
+0.55F 6.747 3.562
6.600
- md
7.27 7.17 2.62
0.622 0.966 0.754
11.75 +0.06F 6.058
4.688 6.250
- ld 7.27
7.45 2.12 0.650
0.973 0.763 12.25
-0.50A 5.563 5.402
6.090
- ltt 7.27
7.06 3.44
0.589 0.956 0.725
10.75 +0.55F 6.747
3.562 6.600
607 - lt 7.27
7.06 3.44 0.588
0.939 0.727 10.75
+0.55F 6.747 3.562
6.590
- md 7.27
7.17 2.62 0.622
0.953 0.754 11.75
+0.06F 6.058 4.688
6.240
- ld 7.27
7.45 2.12 0.650
0.963 0.763 12.25
-0.50A 5.563 5.402
6.080
- ltt 7.27
7.06 3.44 0.588
0.939 0.727 10.75
+0.55F 6.747 3.562
6.590
608 - lt 7.27
7.06 3.44 0.594
0.978 0.718 10.00
-0.64A 6.739 3.574
6.610
- md 7.27
7.17 2.62 0.625
0.983 0.746 11.00
-1.00A 6.052 4.703
6.260
- ld 7.27
7.45 2.12 0.650
0.987 0.758 11.50
-1.50A 5.563 5.402
6.090
- ltt 7.27
7.06 3.44 0.594
0.978 0.718 10.00
-0.64A 6.739 3.574
6.610
609 - lt 7.27
7.06 3.44 0.594
0.969 0.721 10.00
-0.64A 6.739 3.574
6.610
- md 7.27
7.17 2.62 0.625
0.976 0.748 11.00
-1.00A 6.052 4.703
6.260
- ld 7.27
7.45 2.12 0.650
0.981 0.758 11.50
-1.50A 5.563 5.402
6.090
- ltt 7.27
7.06 3.44 0.594
0.969 0.721 10.00
-0.64A 6.739 3.574
6.610
610 - lt 7.27
7.06 3.44 0.594
0.956 0.723 10.00
-0.64A 6.739 3.574
6.600
- md 7.27
7.17 2.62 0.625
0.966 0.749 11.00
-1.00A 6.052 4.703
6.260
- ld 7.27
7.45 2.12 0.650
0.973 0.758 11.50
-1.50A 5.563 5.402 6.090
- ltt 7.27
7.06 3.44 0.594
0.956 0.723 10.00
-0.64A 6.739 3.574
6.600
611 - lt 7.27
7.06 3.44 0.594
0.939 0.726 10.00
-0.64A 6.739 3.574
6.580
- md
7.27 7.17 2.62
0.625 0.953 0.750
11.00 -1.00A 6.052
4.703 6.260
- ld 7.27
7.45 2.12 0.650
0.963 0.758 11.50
-1.50A 5.563 5.402
6.090
- ltt 7.27
7.06 3.44 0.594 0.939
0.726 10.00 -0.64A
6.739 3.574 6.580
624 - lt 6.67
6.47 4.09 0.592
0.969 0.723 12.25
-0.50A 6.747 3.562
6.760
- md 6.67
6.58 3.12 0.623
0.976 0.753 13.00
-0.50A 6.059 4.688
6.400
- ld 6.67
6.83 2.52 0.650
0.981 0.763 14.00
-0.50A 5.563 5.402
6.120
- ltt 6.67
6.47 4.09 0.592
0.969 0.723 12.25
-0.50A 6.747 3.562
6.760
625 - lt 6.15
5.97 4.80 0.592
0.969 0.723 13.25
-0.50A 6.747 3.562
6.890
- md 6.15
6.07 3.66 0.623
0.976 0.753 13.50
-0.50A 6.058 4.688
6.450
- ld 6.15
6.31 2.96 0.650
0.981 0.763 15.00
-0.50A 5.563 5.402
6.120
- ltt 6.15
5.97 4.80 0.592
0.969 0.723 13.25
-0.50A 6.747 3.562
6.890
626 - lt 8.89
8.63 3.44 0.592
0.969 0.723 9.25
+0.55F 7.713 2.384
7.120
- md 8.89
8.77 2.62 0.623
0.976 0.753 10.25
+0.06F 6.926 3.138
6.740
- ld 8.89
9.11 2.12 0.650
0.981 0.763 10.75
-0.50A 6.359 3.616
6.480
- ltt 8.89
8.63 3.44 0.592
0.969 0.723 9.25
+0.55F 7.713 2.384
7.120
627 - lt 6.15
5.97 3.44 0.592
0.969 0.723 13.25 +0.55F 6.036
4.975 6.250
- md 6.15
6.07 2.62 0.623
0.976 0.753 13.50
+0.06F 5.420 6.548
5.980
- ld 6.15
6.31 2.12 0.650
0.981 0.763 15.00
-0.50A 4.976 7.546 5.800
- ltt 6.15
5.97 3.44 0.592
0.969 0.723 13.25
+0.55F 6.036 4.975
6.250
657 - lt 5.71
5.55 5.57 0.592
0.978 0.722 11.50
-0.50A 6.747 3.562
7.200
- md
5.71 5.64 4.24
0.622 0.976 0.753
12.50 -0.50A 6.058
4.688 6.700
- ld 5.71
5.85 3.43 0.650
0.981 0.763 16.00
-0.50A 5.563 5.403
6.280
- ltt 5.71
5.55 5.57 0.592 0.978
0.722 11.50 -0.50A
6.747 3.562 7.200
658 - lt 5.71
5.55 3.44 0.592
0.969 0.723 14.00
+0.55F 5.744 5.772
6.120
- md 5.71
5.64 2.62 0.623
0.976 0.753 15.00
+0.06F 5.158 7.595
5.860
- ld 5.71
5.85 2.12 0.650
0.981 0.763 16.50
-0.50A 4.737 8.751
5.660
- ltt 5.71
5.55 3.44 0.592
0.969 0.723 14.00
+0.55F 5.744 5.772
6.120
692 - lt 5.33
5.18 3.44 0.592
0.969 0.723 15.00
+0.55F 5.487 6.624
5.990
- md 5.33
5.26 2.62 0.623
0.976 0.753 16.00
+0.06F 4.927 8.715
5.700
- ld 5.33
5.46 2.12 0.650
0.981 0.763 17.50
-0.50A 4.524 10.045
5.510
·
* Remarks = Based on C-Pe Curves.ATTC.Ca=0
*
Literature = * Model experiments on a series of 0.65 block coefficient
forms
The effect of variations in Lcb
position and bilge radius on resistance and propulsion
N.V.Almy,G.Hughes-RINA 9 April
1954
·
*
Model experiments on a series of 0.65 block coefficient forms –Part II
The effect on resistance of
variations in Breadth-Draught ratio and Length-Displacement ratio
J.M.Ferguson,M.Meek-RINA 9 April
1954
RINA C A R G O S H I P
S e r i e s - II -
Çemberci
Denizcilik
22 December 1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl
S/Vol
639 7.27 7.45 2.12 0.650 0.981 0.763 12.25
-0.50A 5.563 5.402
6.110
640 7.27 7.45 2.12 0.675 0.981
0.778 14.00 0.00M 5.493 5.610 6.070
641 7.27 7.45 2.12 0.675 0.981 0.773 18.00
0.00M 5.493 5.610
6.040
642 7.27 7.45 2.12 0.699 0.981 0.793
19.25 +0.50F 5.430 5.810 6.010
643 7.27 7.45 2.12 0.725 0.981 0.809 22.50
+0.98F 5.364 6.026
6.020
644 7.27
7.45 2.12 0.725 0.981 0.804
28.00 +1.00F 5.364 6.026 6.010
645 7.27 7.45 2.12 0.750 0.981 0.840 32.25
+1.50F 5.304 6.234
5.950
646 7.27 7.45 2.12
0.675 0.981 0.778
24.55 -0.03A 5.498 5.610 6.090
647 7.27 7.45 2.12 0.676 0.981 0.778 11.00
+0.03F 5.491 5.619
6.150
648 7.27 7.45 2.12 0.675
0.981 0.778 11.00
+0.07F 5.493 5.610
6.140
649 7.27 7.45 2.12 0.675 0.981 0.788 11.00
+0.08F 5.493 5.610
6.140
650 7.27 7.45 2.12 0.676 0.981 0.788 11.00
+0.16F 5.491 5.619
6.130
651 7.27 7.45 2.12 0.677 0.981 0.788 11.00
+0.20F 5.488 5.627
6.140
652 7.27 7.45 2.12 0.675 0.981 0.778 11.00
+0.09F 5.493 5.610
6.140
653 7.27 7.45 2.12 0.675 0.981 0.788 11.00
+0.13F 5.493 5.610
6.130
654 7.27 7.45 2.12 0.675 0.981 0.777 11.00
+0.25F 5.493 5.610
6.140
* Remarks = Based on
C-Pebh Merit.ITTC.Ca=0.
* Literature = Model resistance tests on a methodical series
of forms
The effect of changes in block coefficient in
the range 0.65-0.75 and the resistance of 0.675 block
coefficient forms with bulbous forms
J.M.Ferguson,M.N.Parker-RINA 1956
R I N A C A R G O S H I P
Series - III –
Çemberci Denizcilik 13
December 1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl
S/Vol
3066 - lt 7.27
7.06 3.44 0.648
0.969 0.761 19.00
+1.470F 6.547 3.899
6.600
- md 7.27
7.17 2.62 0.677
0.976 0.789 19.50
+1.410F 5.893 5.094
6.160
- ld 7.27
7.45 2.12 0.699
0.981 0.793 20.00
+1.020F 5.430 5.810
6.020
- ltt 7.27
7.06 3.44 0.648
0.969 0.761 19.00
+1.470F 6.547 3.899
6.600
3129 - lt 5.00
4.87 3.44 0.592
0.968 0.721 16.50
+0.540F 5.254 7.484
5.860
- md 5.00
4.95 2.62 0.622
0.976 0.749 17.00
+0.069F 4.721 9.822
5.610
- ld 5.00
5.12 2.12 0.652
0.980 0.763 19.50
-0.490A 4.329 11.488
5.410
- ltt 5.00 4.87 3.44 0.592 0.968
0.721 16.50 +0.540F
5.254 7.484 5.860
3148 - lt 7.27
7.06 3.44 0.648
0.969 0.766 17.50
-0.490A 6.547 3.899
6.580
- md 7.27
7.18 2.62 0.675
0.976 0.785 18.00
-0.320A 5.899 5.068
6.160
- ld 7.27
7.45 2.12 0.698
0.981 0.792 18.50
-0.020A 5.432 5.801
6.010
- ltt 7.27
7.06 3.44 0.648
0.969 0.766 17.50 -0.490A
6.547 3.899 6.580
3247 - lt 7.27
7.06 3.44 0.647
0.969 0.767 20.00
+2.230F 6.550 3.893
6.610
- md 7.27
7.17 2.62 0.675
0.976 0.789 20.50 +1.960F 5.899 5.079
6.170
- ld 7.27
7.45 2.12 0.700
0.981 0.796 20.75
+1.500F 5.427 5.818
6.010
- ltt 7.27
7.06 3.44 0.647
0.969 0.767 20.00
+2.230F 6.550 3.893
6.610
3248 - lt 7.27
7.06 3.44 0.649
0.969 0.768 21.00
+2.810F 6.543 3.905
6.620
- md 7.27
7.17 2.62 0.676
0.976 0.788 21.50
+2.480F 5.896 5.087
6.150
- ld 7.27
7.45 2.12 0.700
0.981 0.796 21.50
+2.020F 5.427 5.818
6.050
- ltt 7.27
7.06 3.44 0.649
0.969 0.768 21.00
+2.810F 6.543 3.905
6.620
3378 - lt 7.27
7.06 3.44 0.648
0.969 0.770 16.50
-0.620A 6.547 3.899
6.530
- md 7.27
7.17 2.62 0.676
0.976 0.786 17.00
-0.730A 5.896 5.087
6.150
- ld 7.27
7.45 2.12 0.699
0.981 0.788 17.50
-0.980A 5.430 5.810
6.030
3622 - lt 7.27
7.06 3.44 0.648
0.969 0.766 17.50
+0.490F 6.547 3.899
6.580
- md 7.27
7.17 2.62 0.675
0.976 0.785 18.00
+0.320F 5.899 5.079
6.160
- ld 7.27
7.45 2.12 0.698
0.981 0.792 18.50
-0.020A 5.432 5.801
6.010
- ltt 7.27
7.06 3.44 0.648
0.969 0.766 17.50
+0.490F 6.547 3.899
6.580
3624 - lt 6.67
6.47 4.09 0.648
0.969 0.766 19.00
+0.490F 6.546 3.900
6.660
- md 6.67
6.58 3.12 0.675
0.976 0.785 19.50
+0.320F 5.398 5.082
6.220
- ld 6.67
6.83 2.52 0.698 0.981
0.792 20.00 -0.020A
5.432 5.803 6.010
- ltt 6.67
6.47 3.44 0.648
0.969 0.766 19.00
+0.490F 6.546 3.900
6.660
3626 - lt 6.15
5.97 4.80 0.648
0.969 0.766 20.50
+0.490F 6.546 3.899
6.830
- md 6.15
6.07 3.66 0.675
0.976 0.785 21.00
+0.320F 5.897 5.082
6.310
- ld 6.15
6.31 2.96 0.698
0.981 0.792 21.60
-0.020A 5.432 5.801
6.040
- ltt 6.15
5.97 4.80 0.648
0.969 0.766 20.50
+0.490F 6.546 3.899
6.830
3631 - lt 5.71
5.55 5.57 0.648
0.969 0.766 22.00
+0.490F 6.547 3.899
7.040
- md 5.71
5.64 4.24 0.675
0.976 0.785 22.50
+0.320F 5.897 5.082
6.430
- ld 5.71
5.85 3.43 0.698
0.981 0.792 23.00
-0.020A 5.432 5.802
6.110
- ltt 5.71
5.55 5.57 0.648
0.969 0.766 22.00
+0.490F 6.547 3.899
7.040
3632 - lt 5.33
5.18 6.39 0.648
0.969 0.766 23.25
+0.490F 6.545 3.901
7.270
- md 5.33
5.26 4.87 0.675
0.976 0.785 23.90
+0.320F 5.897 5.083
6.580
- ld 5.33
5.46 3.93 0.698
0.981 0.792 24.50
-0.020A 5.432 5.464
6.330
- ltt 5.33
5.18 6.39 0.648
0.969 0.766 23.25
+0.490F 6.545 3.901
7.270
3635 - lt 8.00
7.77 3.44 0.648
0.969 0.766 16.00
+0.490F 6.975 3.223
6.750
- md 8.00
7.89 2.62 0.675
0.976 0.785 16.40
+0.320F 6.286
4.198 6.380
- ld 8.00
8.20 2.12 0.698
0.981 0.792 16.90
-0.020A 5.788 4.795
6.200
- ltt 8.00
7.77 3.44 0.648
0.969 0.766 16.00
+0.490F 6.975 3.223
6.750
3637 - lt 6.67
6.47 3.44 0.648
0.969 0.766 19.00
+0.490F 6.178 4.639
6.340
- md 6.67
6.58 2.62 0.675
0.976 0.785 19.50
+0.320F 5.566 6.045
6.000
- ld 6.67
6.83 2.12 0.698 0.981
0.792 20.00 -0.020A
5.126 6.903 5.860
- ltt 6.67
6.47 3.44 0.648
0.969 0.766 19.00
+0.490F 6.178 4.639
6.340
3654 - lt 5.71
5.55 3.44 0.648
0.969 0.766 22.00
+0.490F 5.975 6.315
6.040
- md 5.71
5.64 2.62 0.675
0.976 0.785 22.50
+0.320F 5.022 8.228
5.710
- ld 5.71
5.85 2.12 0.698
0.981 0.792 23.00
-0.020A 4.625 9.397
5.560
- ltt 5.71
5.55 3.44 0.648
0.969 0.766 22.00
+0.490F 5.975 6.315
6.040
3690 - lt 5.00
4.85 3.44 0.648
0.969 0.766 24.60
+0.490F 5.099 8.252
5.760
- md 5.00
4.93 2.62 0.675
0.976 0.785 25.30
+0.320F 4.595 10.744
5.460
- ld 5.00
5.12 2.12 0.698
0.981 0.792 26.00
-0.020A 4.231 12.275
5.330
- ltt 5.00
4.85 3.44 0.648
0.969 0.766 24.60
+0.490F 5.099 8.252
5.760
* Remarks = Based
on C-Pe Merit.ATTC.Ca=0
* Literature = * Model experiments on a series
of 0.70 Block Coefficient Forms
The effect on resistance and propulsion
of variations in lcb position
R.E.Blackwell,G.J.Goodrich,RINA 1957
* The
effect on resistance of variations in Breadth-Draught ratio and
Length-Displacement Forms
R.E.Blackwell,D.J.Doust,RINA 1957
R I N A C A R G O S H I P
S e r i e s - IV –
Çemberci
Denizcilik 21
December 1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl
S/Vol
4108 - ld 7.27
7.45 2.12 0.650 0.981 0.763
12.25 -0.50A 5.563 5.402 6.110
- ltt 7.27
7.06 3.44 0.592 0.969 0.717 10.75
+0.52F 6.747 3.582 6.640
4308 - ld 6.89
7.08 2.62 0.800 0.980 0.855 40.00
+2.41F 5.377 5.937 6.130
- ltt 6.89
6.76 4.25 0.765 0.969 0.846 33.00
+3.23F 6.413 4.010 6.870
4324 - ld 6.89
7.08 2.62 0.800
0.980 0.855
40.00 +2.38F 5.377 5.937 6.140
- ltt 6.89
6.76 4.25 0.765 0.969 0.843 33.00
+3.20F 6.413 4.010 6.890
4354 - ld 6.89
7.08 2.62 0.800 0.980 0.855 40.00
+2.40F 5.377 5.937 6.130
- ltt 6.89
6.76 4.25 0.765 0.969 0.845 33.00
+3.21F 6.410 4.016 6.880
4366 - ld 6.89
7.08 2.62 0.800 0.980 0.855
40.00 +2.40F 5.377 5.937 6.120
- ltt 6.89
6.76 4.25 0.765 0.969 0.846 33.00
+3.28F 6.410 4.016 6.870
4108 - ld 7.27
7.45 2.12 0.650 0.981 0.763 12.25
-0.50A 5.563 5.402 6.110
- ltt 7.27
7.06 3.44 0.592 0.969 0.717 10.75
+0.52F 6.747 3.582 6.640
4430 - ld 7.27
7.45 2.12 0.650 0.981 0.763 12.25 -0.48A 5.563 5.402 6.120
- ltt 7.27
7.06 3.44 0.592 0.969 0.720 10.75
+0.55F 6.747 3.562 6.640
4453 - ld 7.27
7.45 2.12 0.650 0.981 0.763 12.25
-0.50A 5.563 5.402 6.140
- ltt 7.27
7.06 3.44 0.592 0.969 0.717 10.75
+0.52F 6.747 3.562 6.640
4473 - ld 7.27
7.45 2.12 0.650 0.981 0.763 12.25
-0.47A 5.563 5.402 6.100
- ltt 7.27
7.06 3.44 0.591 0.969 0.717 10.75
+0.57F 6.751 3.556 6.590
* Remarks = Based on C-Pehp Merit.ITTC.Ca=0.0
* Literature = *
Model experiments with stern variations of a 0.65 block coefficient form
G.R.Thomson,G.P.White-RINA 1969
* Model experiments with stern
variations of a 0.80 block coefficient form
James Dawson,G.R.Thomson-RINA
1969
R I N A C A R G O S H I P
S e r i e s - V -
Çemberci
Denizcilik 22
December 1995
Model Lpp/Bwl
Lwl/Bwl Bwl/Twl Cb
Cx Cwp > Lcb/Lpp Lpp/Vol Vol/Lwl
S/Vol
I - 1
6.25 6.38 2.74 0.649 0.975 -----
11.25 -1.71A 5.486 5.690 6.034
I - 2
6.56 6.70 2.62 0.649 0.975 -----
----- -1.71A 5.575 5.424 6.072
I - 3
6.90 7.04 2.49 0.649 0.975 -----
----- -1.71A 5.669 5.157 6.137
I - 4
7.14 7.29 2.40 0.649 0.975 ----- 9.75 -1.71A 5.736 4.979 6.185
II - 1
6.25 6.35 2.85 0.644 0.974 -----
----- -1.71A 5.573 5.505 6.076
II - 2
6.56 6.70 2.61 0.649 0.975 -----
----- -1.71A 5.575 5.424 6.072
II - 3
6.90 7.06 2.38 0.653 0.975 -----
----- -1.71A 5.574 5.383 6.113
II - 4
7.14 7.33 2.23 0.658 0.974 -----
----- -1.71A 5.574 5.348 6.132
III - 5 6.25
6.38 2.74 0.596 0.974 ----- 11.00
-2.70A 5.644 5.226
6.081
III - 6 6.56
6.70 2.61 0.596 0.974 ----- -----
-2.70A 5.735 4.981
6.131
III - 7 6.90
7.04 2.49 0.596 0.974 ----- -----
-2.70A 5.832 4.736
6.201
III - 8 7.14
7.29 2.40 0.596 0.974 ----- 9.50
-2.70A 5.901 4.572
6.238
IV - 5
6.25 6.34 2.85 0.591 0.975 -----
----- -2.70A 5.735 5.090 6.134
IV - 6
6.56 6.70 2.61 0.596 0.974 -----
----- -2.70A 5.735 4.981 6.131
IV - 7
6.90 7.06 2.38 0.601 0.974 -----
----- -2.70A 5.735 4.935 6.176
IV - 8
7.14 7.32 2.23 0.605 0.974 -----
----- -2.70A 5.736 4.923 6.200
* Remarks = Based on C-Pebh Merit.ATTC.Ca=0.
* Literature = The effect upon resistance of
large beams on some models with block coefficients
between 0.65 and 0.60
Anders F.Lindblad – RINA 1953
R I N A M O D E L S
Çemberci Denizcilik
03 January 1996
Model Lpp/Bwl Lwl/Bwl Bwl/Twl Cb Cx Cwp > Lcb/Lpp
Lpp/Vol Vol/Lwl S/Vol
* 2991 - lt 6.50 6.37 5.04 0.785 0.994 ----- ----- +2.10F 6.472 3.925 7.254
- ld 6.50
6.68 2.65 0.825 0.994 ----- 43.00 +2.10F 5.138
6.782 6.103
* 2991A- lt 6.50 6.38 5.01 0.756 0.994 ----- ----- +2.10F 6.479 3.880 7.265
- ld 6.50
6.68 2.65 0.825 0.994 ----- 40.00 +2.10F 5.138 6.782
6.105
* 2991B- lt 6.50 6.38 5.01 0.756 0.994 ----- ----- +2.11F 6.478 3.881 7.264
- ld 6.50
6.68 2.65 0.825 0.994 ----- 38.00 +2.11F 5.138 6.782 6.105
* 2991C- lt 6.50 6.38 5.01 0.756 0.994 ----- ----- +2.14F 6.477 3.883 7.253
- ld 6.50
6.68 2.65 0.825 0.994 ----- 36.00 +2.14F 5.138 6.782
6.109
* 3297 - lt 7.04 7.16 2.63 0.668 0.987 ----- 12.00 +2.59F 5.801 4.866 6.352*
- ld 7.04
7.16 2.21 0.685 0.988 ----- 12.00 +1.10F 5.431 5.930
6.158*
* 3332 - lt 6.50 6.37 5.01 0.756 0.994 ----- ----- +1.60F 6.541 3.800 7.199
- ld 6.50
6.68 2.65 0.800 0.994 ----- 34.00 +1.60F 5.191 6.577
6.065
* 3332A- lt 6.50 6.39 5.01 0.756 0.994 ----- ----- +1.63F 6.541 3.769 7.195
- ld 6.50 6.68