Ship Hydrostatics and Stability 2010 Part 6 potx
Ship Hydrostatics and Stability 2010 Part 6 potx
... -0.5
-1,5
-2
-2.5
-GM
:
-100
-80
-60
-40 -20 0 20 40 60 80 100
Heel angle (°)
Figure 6. 2 Curve of statical stability extended for heeling towards both
ship sides
1 26
Ship Hydrostatics and
Stability
Then, the ... to
(6. 30)
1 36
Ship Hydrostatics and Stability
w
f
Figure 6. 8 The destabilizing effect of a mass moved transversely
and the righting arm is reduce...
Ship Hydrostatics and Stability 2010 Part 14 ppsx
... Engineering Standard
NFS
109 - Stability standard for surface
ships - Part 1, Conventional ships, Issue 4.
MoD (1999b). SSP 24 - Stability of surface ships - Part 1 - Conventional ships. Issue ... data for ships by means of digital
computers. Ingeni0ren International Edition, No. 2, 21-5.
Kantorowitz, E.
(1 966 ).
Fairing and mathematical definition of ship surface. Shipbuildi...
Ship Hydrostatics and Stability 2010 Part 1 pot
... MultiSurf
and
SurfaceWorks
308
Contents ix
6. 2 Angles of statical equilibrium 124
6. 3 The wind heeling arm 124
6. 4 Heeling arm in turning 1 26
6.5 Other heeling arms 127
6. 6 Dynamical stability 128
6. 7 ... keel 145
6. 11 Negative metacentric height 1 46
6.12 The limitations of simple models 150
6. 13 Other modes of capsizing 151
6. 14 Summary . 152
6. 15 Examples 154
6....
Ship Hydrostatics and Stability 2010 Part 2 pdf
... Data of tanker
hull C.7 86
Z/WL
B
TM
V
AM
AWL
205. 468 m
27.432 m
10.750m
463 41
m
3
0.220
3 .64 8
Calculate the coefficients of fonn and check that
16 Ship Hydrostatics and Stability
DWL
Submerged ... Stevin's law
26 Ship Hydrostatics and Stability
Similarly, the force on face 6 is
F
6
= -L I
-yzdz
-
Po
LT
=
~^-fLT
2
-
Po
LT
(2.2)
Jo
*
As the force...
Ship Hydrostatics and Stability 2010 Part 4 ppt
... condition
Trim
(m)
-1.000
-0.900
-0.800
-0.700
-0 .60 0
-0.500
-0.400
-0.300
-0.200
-0.100
0.000
0.100
0.200
0.300
0.400
0.500
0 .60 0
0.700
0.800
0.900
1.000
1.100
Draught
(m)
1 .67 3
1 .65 3
1 .66 8
1 .68 3
1 .69 7
1.709
1.721
1.732
1.742
1.750
1.758
1. 765
1.772
1.777
.782
.7 86
.789
.792
.793
.794
.795
1.795
NB
(m)
1.174
1.192
1.208
1.224
1.238
1.251
1.24
1.2 76
1.2 86
1.295
1.304
1.3...
Ship Hydrostatics and Stability 2010 Part 8 pdf
... T
(m)
4.32
4.40
4 .60
4.80
5.00
5.20
5.40
5 .60
5.80
5. 96
6.00
6. 20
MCT
(m)
3223
3 260
33 36
3413
3485
3 567
363 9
37 16
3793
3 863
3880
3951
LCB from
midship
(m)
0.291
0.272
0.225
0.180
0.131
0.083
0.033
-0.018
-0. 067
-0.108
-0.118
-0. 167
LCF ... T
(m)
2.00
2.20
2.40
2 .60
2.80
3.00
3.20
3.40
3 .60
3.80
4.00
4.20
Small
MCT
(m)
22 06
22 96
2382
2470
2 563
264 5
2732
2824...
Ship Hydrostatics and Stability 2010 Part 9 pdf
... trough
(m)
0.000
2 .61 7
4.985
6. 912
9.095
9.734
10.783
Still water
(m)
0.000
2.312
4 .60 6
6. 759
9. 361
10.447
10.425
Wave crest
(m)
0.000
2.309
4 .63 5
6. 892
9.235
10.073
9.917
202 Ship Hydrostatics and Stability
Exercise
8.3
- The
IMO
turning ... for
^czmax
— 15° and 30°, Eq. (8. 16) yields the values specified in
criterion 1 for multihull vessels (Section 8 .6) .
21...
Ship Hydrostatics and Stability 2010 Part 10 ppsx
... angle
(°)
0
5
10
15
20
25
30
35
40
45
w
(m)
0
0.582
1.159
1.7 26
2.272
2.785
3. 265
3.7 06
4.104
4.459
Heel angle
(°)
50
55
60
65
70
75
80
85
90
w
(m)
4. 769
5.034
5.249
5.4 16
5.531
5.595
5 .61 0
5.5 76
5.493
2 36
Ship
Hydrostatics
and Stability
The ... trough
(m)
0.000
0. 360
0.713
1.055
1.375
1 .67 1
1.9 46
2.200
2.429
2 .62 2
2. 766
2. 867
2.934
2.959
2.955
2.925
2.8...
Ship Hydrostatics and Stability 2010 Part 11 ppt
... water
Volume
(m
3
)
1824.000
64 9.294
kg
(m)
3.000
1.2 86
Moment
(m
4
)
5472.000
834.992
leg
(m)
0.000
-9 .67 1
Moment
(m
4
)
0.000
-62 79.322
Flooded hull
2473.294 2.550 63 06. 992 -2.539 -62 79.322
264
-Ship
Hydrostatics and ... — E
(12.15)
266 Ship
Hydrostatics
and Stability
Table
11.3
Simple barge - Compartments 2.1 and 2.2 flooded
Draught, m
V,
m
3
A,t
KG,m
LCG...
Ship Hydrostatics and Stability 2010 Part 13 pot
... can be greatly facilitated by
3 16
Ship Hydrostatics and Stability
®
Ship Lines:
powerboat-3:3
Figure 13. 26 The lines of a powerboat
13.4
Calculations without and with the computer
Before the ... Gawthrop,
Kountzeris
and Roberts (1988) and Kat and Paulling (1989). An example of simulation in
frequency domain is given by Kim, Chou and Tien (1980).
322 Ship
Hydrost...
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