Data TMK Okky Part 00

8/16/2019 Data TMK Okky Part 00

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GRAFIK FN-Vs

Vs 15Lpp 69.7632

Vs (knots) Vs (m/s) Fn11 5.6584 .2164 512 6.1728 .236 7813 6.6872 .25575114 7.2 16 .27542515 7.716 .295 9816 8.23 4 .31477117 8.7448 .33444418 9.2592 .35411719 9.7736 .373791

2 1 .288 .393464



1 12 14

.1

.2

.3

.4

.5



Lpp (m) 69.7632$%m&"' "n "*"n k"p"+

(m) 18.32 , (m) 6.7 !" t "t%! L n%0 (m) 9. 2 % k + n% 9.

& .52 "t%! + n% 4 6.

m .9 "t%! + n% 3 5.p .66 "t%! + n% 2 3.p .7 1465 "t%! + n% 1 1.6

A m *s p 11 .9 9 "s% L n%0"+ A m *s p 55.45452L G"* n' (m) 3.48816

L p * "'!"m ( m) 7.1

$%! t n'"n A A +* $%! t n'"n

N !"m% n n/L A ( n/L) A/2 ( n/L) N !"m% n.3 . 42254 4.686298 2.34314878 .21 1 .14 845 15.62 99 7.81 49593 1 .52 2.1 .295775 32.8 4 8 16.4 2 415 2 13 3.45 .485915 53.89242 26.946211 3 1.64 4.7 .661972 73.41866 36.7 933 9 4 2.55 5.75 .8 9859 89.82 7 44.91 3516 5 3.86 6.4 .9 14 8 99.97435 49.987174 6 57 6.8 .957746 1 6.2227 53.1113723 7 5.98 7. 5 .992958 11 .128 55. 639963 8 6.59 7.1 1 11 .9 9 55.4545211 9 6.8

1 7.1 1 11 .9 9 55.4545211 1 711 7.1 1 11 .9 9 55.4545211 11 712 6.85 .964789 1 7. 38 53.5 18971 12 6.913 6.55 .922535 1 2.3175 51.1587484 13 6.514 5.95 .838 28 92.9449 46.47245 8 14 5.815 5.1 .71831 79.667 6 39.8335293 15 516 3.95 .556338 61.7 292 3 .8514589 16 417 2.65 .373239 41.39563 2 .6978142 17 318 1.5 .211268 23.43149 11.7157439 18 1.919 .6 . 845 7 9.372595 4.68629756 19 12 2

$%! t n'"n %nt%! o G!"#t:

No !"m% !* n"t A '"* n' F"kto! K"+ 0"s + G"n*" (m2) F"kto!3.1241983729 1 3.1241983729 -

1 7.81 4959321 4 31.2419837286 -2 15.62 9918643 2 31.2419837286 -



3 24.9935869829 4 99.9743479315 -4 39. 5247966 7 2 78.1 49593215 -5 59.359769 843 4 237.439 763373 -6 78.1 49593215 2 156.2 9918643 -7 92.1638519993 4 368.6554 79974 -8 1 1.5364471179 2 2 3. 728942358 -

9 1 6.2227446772 4 424.89 9787 88 -1 1 9.346943 5 1 2 218.6938861 111 1 9.346943 5 1 4 437.3877722 312 1 7.7848438636 2 215.569687727313 1 1.5364471179 4 4 6.145788471714 9 .6 17528129 2 181.2 35 5625815 78.1 49593215 4 312.419837285916 62.4839674572 2 124.967934914417 46.8629755929 4 187.4519 2371518 29.6798845422 2 59.359769 843

19 15.62 9918643 4 62.48396745722 1 13839.6398 2438

m%ns < Ko!%ks *"n G

L (m) 3.48816V (m3) 4464.426

46 7.288461 .157

((∆1−∆2)/∆1)∗100 - .1=G (m) *"! A m * 1.81 778

Σ1

∆ 1(ton)

∆ 2 (ton)



%"m tto kL n%2 tto k L n% 1

7 tto k L n% 2 2.29

25 tto k L n% 3 4.585 tto k L n% 4 6.87

75 tto k L n% 5 11.45tto k L n% 6 13.74tto k L n% 7 16. 3tto k L n% 8 18.32

A A N%>

n/L A ( n/L) A/2 ( n/L). 28169 3.124198 1.562 99. 7 423 7.81 496 3.9 5248.14 845 15.62 99 7.81 496.225352 24.99359 12.49679.352113 39. 5248 19.52624.535211 59.35977 29.67988.7 4225 78.1 496 39. 5248.83 986 92.16385 46. 8193.915493 1 1.5364 5 .76822.957746 1 6.2227 53.11137.985915 1 9.3469 54.67347.985915 1 9.3469 54.67347.971831 1 7.7848 53.89242.915493 1 1.5364 5 .76822.8169 1 9 .6 175 45.3 88.7 4225 78.1 496 39. 5248

.56338 62.48397 31.24198.422535 46.86298 23.43149.2676 6 29.67988 14.83994.14 845 15.62 99 7.81 496

om%nt 0"s + G"n*"-31.2419837286

-281.1778535573-249.9358698287

5

2

4

6

8

1

12



-699.82 43552 4-468.6297559289

-1187.1953816864-624.8396745718

-11 5.9662239921-4 6.1457884717

1 -424.89 9787 88Σ3 -5479.8439459948

437.3877722 3431.13937545451218.437365415724.814 225 33

1562. 991864295749.8 76 94862

1312.1633166 8474.8781526746

562.3557 71146

Σ 7473. 825 78788



1 15 2 25



G!"#k A LG!"#k A N%>



m%ns$%!k !""n , t k t"& + t"s

; (m) 6.36485 * Peng

L$$ 69.76 KG (m) 5.863 Criteria I18.32 K (m) 3.917 25 GM(m) ≥

, 6.7 K; (m) 1 .28188 h 30° (m) ≥0 9. 2 G; (m) 4.418875 Ø h max (o) ≥

& .52 L -2.157 55 Ah 30° (m) ≥m .9 Ah 40° (m) ≥p .58 Ah 30°- 40° ( ≥>p .69921

;%to*% $!o "sk" ,"&%+ t"& + t"s A>"+ 1.66272 ϕ h* h* x MB

" .83136 00 * 9.43568 15 . 9 . 57284 0.25 !"045! 1.1436890 */ .515 48 3 . 6 .381891 0.5 2.2 9438

,/ .365721 45 - .2 -1.27297 0.#0#!0$# !2 3.124617 ,/0 * .71 71 6 - .35 -2.227697 0. $$025403 3.826858

75 - .49 -3.118776 0."$5"25 2$3 4.2683 69 - .65 -4.137152 ! 4.418875

1 !"* 57.3n 57<3 .841511 3.718531 57.3

;G n 57<3 3.718531 57.3

* h pada tabel ini didapat dengan mengukur dari diag

% h &' G x &' &m0 0 ! 05 0.400 4 !.$0

!0 0. 0! 2 !.$0!5 !.20! 4 4. 020 !.$$4 2 3.3325 2.!2 4 .5!30 2.5"! 2 5.! !

in ϕ GM in ϕ



35 2.345 4 ".3 440 2.4!" ! 2.42 !

45 !. 52 3$. 2! 2



cekan Stabilitas dengan IMO

MO +i,a at ore 'i

0.!5 4.42 O

0.2 2.5" O 25 30.00 O

0.2 !.0# O 0.0" !.3! O

0.03 0.24 O

h.

1.2 12.59131.85161.59921.1495

.2817

am diatas

G x &m000000

5.!

1 2 3 4 5 6 7 8 9 1.

.5

1.

1.5

2.

2.5

3.

3.5

4.



3#.522.42

45.!!



G!"#k t"& + t"s;G n 57.3



0:*!o

,"&%+ 1

L' 1.75L'/L 0.50

L" 0.00 IxL"/L 0.00 Iy

Z

L 3.49 IL

No.Gading1.00 2.00 1x2 = 3 4.00Ord Fak.S HG F. Moment

@" . 1.75 . -7. @& . 6 7. .4 -6.5

4 . 9 1.5 .14 -6.5 .31 4. 1.24 -5.6 1.77 2. 3.54 -4.7 4.2 4. 16.79 -3.8 5.8 2. 11.6 -2.9 6.52 4. 26. 8 -1.

1 7. 7 2. 14.14 .11 8.29 4. 33.16 1.12 8.19 2. 16.39 2.13 7.71 4. 3 .84 3.14 6.82 2. 13.63 4.15 5.68 4. 22.72 5.16 3.68 2. 7.37 6.17 1.46 4. 5.83 7.18 . 1. . 8.

!L 1

FO 1



2 3.86

L' 0.00L'/L 0.00L" 0.00 Ix

L"/L 0.00 Iy

Z

L 3.49 IL

No.Gading1.00 2.00 1x2 = 3 4.00Ord Fak.S HG F. Moment

2 . 1. . -8.3 .89 4. 3.56 -7.4 8.23 2. 16.46 -6.5 8.98 4. 35.9 -5.6 9.13 2. 18.26 -4.7 9.16 4. 36.64 -3.8 9.16 2. 18.32 -2.9 9.16 4. 36.64 -1.

1 9.16 2. 18.32 .11 9.16 4. 36.64 1.12 9.16 2. 18.32 2.13 9.14 4. 36.57 3.14 8.51 2. 17. 1 4.15 7.53 4. 3 .12 5.16 6.6 2. 13.21 6.17 5.42 4. 21.66 7.18 4. 8 2. 8.16 8.19 2.66 4. 1 .64 9.2 . 1. . 1 .

376.44

/ 1 / 2

/ 3

!L 1

FO 1

/ 1 / 2

/ 3



,"&%+ 21. 2. 1B2 3 4.

o. !L L#a$ !L F$ HG Faktor Moment

. 0.000 1. .

.5 237. 35 4. 948 1.1. 474. 69 1. 474 2.

14221. 474. 69 1. 474 2.1.5 63 . 6 4. 252 3.2. 785.942 1. 786 4.

3782. 785.942 1. 786 4.

2.5 83 .664 4. 3323 5.3. 875.386 1. 875 6.

49843. 875.386 1. 875 6.3.5 999.833 4. 3999 7.4. 1124.28 1. 1124 8.

5999

,"&%+ 3

1. 2. 1/2 3 4.

o. 1 M (m)1. 7133.53 397. 33 17.97 4638 .72

Σ1 = Σ ! =

Σ2 = Σ 2 =

Σ3 = Σ 3 =

Σ4 = Σ 4 =

Not% C

L "s"n >+.5 < 1.5<2.5< 3.5 *

t n's% "!"m"n "+s p":"+%&p!%s s

I (m 4) 6o78me (m 3) I (m 4)



2. 17917.84 1 55.26 16.98 138357.943. 2 761.41 1391.362 14.92 187767.734. 2852 .17 1674.72 17. 3 1157966.21

(2)B1. 32 A L/ ( . L L)9. 1 .

o. 1 MC9 (ton.m:m) 9;C (ton:<m) C=1. 4 9.738 911.71 .49 .492. 1 89. 28 2266.43 .81 .683. 1435.886 3 75.81 .9 .764. 1728.311 17 71.73 1.16 .88

No. L ,>+ L>+ >+ A>+1. 1.68 52.5 18.32 474. 72. 3.35 63. 18.32 785.943. 5. 3 63. 18.32 875.394. 6.7 7 . 18.32 1124.28

k"+" G!"#kNo L D (ton) KF (m)

.1.

2.3.4.

4 4 8 1

(4Bγ )/Lwl = (AwlBγ )/1

∆(ton)

Vo+ m% (m3) IB (m 4)



t"t !?%

WL 1

474.07 m24.93 m

7133.5357899

11518.4746381

3x4 = % &.00 %x& = HG F. Moment HG

. -7. . .-2.61 -6.5 16.96 .- .83 -6. 4.95 .-6.22 -5. 31.1 . 3

-14.17 -4. 56.69 5.56-5 .37 -3. 151.12 73.97-23.2 -2. 46.39 195. 3-26. 8 -1. 26. 8 277.16

. . . 353.3333.16 1. 33.16 569.6432.77 2. 65.55 55 . 692.52 3. 277.57 458.3754.52 4. 218. 9 316.56

113.59 5. 567.96 183.2144.19 6. 265.14 49.944 .8 7. 285.57 3. 9

. 8. . .

m4

m 4

m 4 (FO) 2.AWLm 4

13 = *Ord 3



-123.47 2 46.32411.56

WL 3

875.39 m22.17 m

20761.41191889

4121.32187768

3x4 = % &.00 %x& = HG F. Moment HG

. -8. . .-24.95 -7. 174.66 .71-98.73 -6. 592.4 556.99

-179.52 -5. 897.58 723.14-73. 4 -4. 292.18 761.17

-1 9.91 -3. 329.73 768.35-36.64 -2. 73.28 768.58-36.64 -1. 36.64 768.58

. . . 768.5836.64 1. 36.64 768.5836.64 2. 73.28 768.58

1 9.71 3. 329.13 764.1568. 5 4. 272.2 615.47

15 .62 5. 753.12 427.1679.24 6. 475.44 287.93

151.64 7. 1 61.46 158.8365.32 8. 522.55 68. 495.74 9. 861.65 18.81

. 1 . . .

-559.43 6781.91793.6

/ 4

m 4

m 4

m 4 (FO) 2.AWLm 4

13 = *Ord 3

/ 4



3B4 5 6. 1B2 3 3B

HG Ha$+, GandaHa$+,

-. . .

948.139 2.46 237. 3948.139 4.93 474. 7

1896.278 292 .98948.139 4.93 474. 7

756 . 71 .92 63 . 13143.77 1.84 785.94

11651.98 4366.693143.77 1.84 785.94

16613.283 1. 8 83 .665252.315 2.17 875.39

25 9.368 4249.75252.315 2.17 875.39

27995.315 -1.93 999.838994.236 -3.86 1124.28

42241.867 -4377.8

4/2 5 6. 3E6 7 5E6 8

M (m) (m) M (m) M (m)116.82 1.12 19. 8 117.93

+t+k erat (F )

Σ ! =

Σ 2 =

Σ 3 =

Σ 4 =



131.11 2.58 19.56 133.69134.95 4.2 19.12 139.15691.44 5.9 22.93 697.34

V>+/(L>+. >+.,>+) Am */( >+.,>+) &/ m &/ >

C> Cm C C.25 .16 1.51 .5.27 .24 1.12 .4.24 .25 .95 .32.19 .26 .76 .22

Am * s mpson

;F (m) ;LF (m)

2 5 2 1

IL(m 4) A>+ (m 2)



L' 0.00L'/L 0.00

L" 0.00L"/L 0.00

L 3.49

2.00 2x* = No.Gading

1.00 2.00Faktor a,+/ S HG Ord Fak.S

1.75 . 2 . 1.7. . 3 .32 4.1.5 . 4 3.59 2.4. .12 5 7.69 4.2. 11.12 6 8.92 2.4. 295.87 7 9.13 4.2. 39 . 6 8 9.16 2.4. 11 8.62 9 9.16 4.2. 7 6.67 1 9.16 2.4. 2278.56 11 9. 8 4.2. 11 .12 12 9. 3 2.4. 1833.47 13 8.95 4.2. 633.12 14 8.16 2.4. 732.85 15 7. 8 4.2. 99.88 16 5.69 2.4. 12.37 17 4.38 4.1. . 18 2.88 2.

19 .41 4.2 . 1.



92 3

L' 0.00L'/L 0.00L" 0.00

L"/L 0.00

L 3.49

2.00 2x* = No.Gading

1.00 2.00Faktor a,+/ S HG Ord Fak.S

1. . 9.16 1.4. 2.83 1 9.16 4.2. 1113.99 2 9.16 2.4. 2892.54 3 9.16 4.2. 1522.35 4 9.16 2.4. 3 73.4 5 9.16 4.2. 1537.15 6 9.16 2.4. 3 74.3 7 9.16 4.

2. 1537.15 8 9.16 2.4. 3 74.3 9 9.16 4.2. 1537.15 1 9.16 2.4. 3 56.61 11 9.16 4.2. 123 .94 12 9.16 2.4. 17 8.65 13 9.16 4.2. 575.85 14 8.79 2.4. 635.33 15 8. 7 4.2. 136. 7 16 7.23 2.4. 75.23 17 5.8 4.1. . 18 4.6 2.

19 2.8 4.2 . 1.

26784

/ 5 / 1

/ 5 / 1



7 t Ant"!" 1/2 >"t%!+ n% t anda No. L Vo+ m% FK

1. 397. 3 1.12 4.93. 2. 1 55.26 2.58 1.84

584.2 3. 1391.4 4.2 2.172336.78 4. 1674.7 5.9 -3.86

2336.7858 .8 4662.96

1449.11 4597.2

1449.11 kor ksi dis!"a# m n$ % -1.43=

9 1.181899.41

1899.41-1932. 7-4345.1

A!%" ; *s pt (1/2 t >L) 1.49

WL & &&

F

∆ '() % ∆ *r "imin r+ , sign %



'a" rdina$ F.L. . 1..5 .84 4.

1. 1.68 1.

11. 1.68 1.

1.5 2.51 4.2. 3.35 1.

22. 3.35 1.2.5 3.77 4.3. 5. 3 1.

33. 5. 3 1.3.5 5. 3 4.4. 6.7 1.

4

;K (m) ;LK ; , ,$ (ton/ m) > &

2 1 7 5 1 1



WL 2

785.94 m21.84 m

Ix 17917.84Iy 141030Z 2671.84IL 138357.9

1x2 = 3 4.00 3x4 = % &.00 %x& = 2.00 2x* = HG F. Moment HG F. Moment HG aktor a,+/ HG

. -8. . -8. . . 4. .1.27 -7. -8.87 -7. 62.11 . 3 2. .137.19 -6. -43.13 -6. 258.76 46.42 4. 92.84

3 .75 -5. -153.77 -5. 768.87 454.53 2. 1818.117.84 -4. -71.34 -4. 285.37 7 9.18 4. 1418.3736.52 -3. -1 9.57 -3. 328.71 761.27 2. 3 45. 918.32 -2. -36.64 -2. 73.28 768.45 4. 1536.936.64 -1. -36.64 -1. 36.64 768.58 2. 3 74.318.32 . . . . 768.58 4. 1537.1536.3 1. 36.3 1. 36.3 747.48 2. 2989.918. 6 2. 36.12 2. 72.24 736.41 4. 1472.8235.81 3. 1 7.44 3. 322.33 717.78 2. 2871.1316.32 4. 65.27 4. 261. 7 543. 4. 1 86.28.33 5. 141.65 5. 7 8.23 355.24 2. 142 .9611.37 6. 68.25 6. 4 9.49 183.96 4. 367.9217.51 7. 122.59 7. 858.15 83.93 2. 335.725.76 8. 46. 9 8. 368.69 23.9 4. 47.81.66 9. 14.91 9. 134.17 . 7 1.85 .28

. 1 . . 9.65 . . 3.42 .

!L 1

FO 1

m4

m 4

m 4 (FO) 2.AWLm 4

1 3 = *Ord 3



337.98 -459.96 4984.4 23115638.61

WL 4

1124.28 m2-3.86 m

Ix 28520.17Iy 1174759Z 16792.91IL 1157966

1x2 = 3 4.00 3x4 = % &.00 %x& = 2.00 2x* = HG F. Moment HG F. Moment HG aktor a,+/ HG

9.16 -1 . -91.6 -1 . 916. 768.58 1. 768.5836.64 -9. -329.76 -9. 2967.84 768.58 4. 3 74.318.32 -8. -146.56 -8. 1172.48 768.58 2. 1537.1536.64 -7. -256.48 -7. 1795.36 768.58 4. 3 74.318.32 -6. -1 9.92 -6. 659.52 768.58 2. 1537.1536.64 -5. -183.2 -5. 916. 768.58 4. 3 74.318.32 -4. -73.28 -4. 293.12 768.58 2. 1537.1536.64 -3. -1 9.92 -3. 329.76 768.58 4. 3 74.3

18.32 -2. -36.64 -2. 73.28 768.58 2. 1537.1536.64 -1. -36.64 -1. 36.64 768.58 4. 3 74.318.32 . . . . 768.58 2. 1537.1536.64 1. 36.64 1. 36.64 768.58 4. 3 74.318.32 2. 36.64 2. 73.28 768.58 2. 1537.1536.64 3. 1 9.92 3. 329.76 768.58 4. 3 74.317.59 4. 7 .34 4. 281.38 679.87 2. 1359.7432.3 5. 161.5 5. 8 7.49 526.52 4. 21 6. 614.46 6. 86.73 6. 52 .39 377.57 2. 755.1423.19 7. 162.3 7. 1136. 9 194.75 4. 779.9.19 8. 73.53 8. 588.24 97. 6 2. 194.11

11.19 9. 1 .72 9. 9 6.52 21.9 4. 87.61. 1 . . 1 . . . 1. .

483.47 -1374. 13839.8 36793838.33

/ 2 / 4 / 5

/ 3

!L 1

FO 1

m 4

m 4

m 4 (FO) 2.AWLm 4

1 3 = *Ord 3

/ 2 / 4 / 5

/ 3



.84

.49

.871.17

-1.37

1/8 L (m)& &&

F



asi" Ganda.

. 3.35 1/8 .2 91.68 1/4 .4195. 3 A>+ 1 4.9934866671.68 1/4 .419

1 . 5 3/8 .6283.35 1/2 .838

15. 8 A>+ 2 14.97453.35 1/2 .838

15. 8 5/8 1. 475. 3 3/4 1.256

23.45 A>+ 3 23.293666675. 3 3/4 .628

2 .1 7/8 1.4666.7 1 1.675

31.83 31.612833331 1.675

1 1/8 .2 91 1/4 .419

1 1/4 .419m p p F F 1 3/8 .628

1 1/2 .838

1 1/2 .8381 5/8 1. 471 3/4 1.256

1 1 1 1 1 1 3/4 .6281 7/8 1.4662 3.35



Amid / $od (im!son.2 9375



.

1 2 3.35 1 3.354 .838 2 1/8 .2 9 4 .8381 .419 2 1/4 .419 1 .419

1.256 . 46.91 .419 2 1/4 .419 1 .419

4 2.513 2 3/8 .628 4 2.5131 .838 2 1/2 .838 1 .838

5. 25 . 5 .6691 .838 2 1/2 .838 1 .8384 4.188 2 5/8 1. 47 4 4.1881 1.256 2 3/4 1.256 1 1.256

11.3 6 . 56.951 .628 2 3/4 .628 1 .6284 5.863 2 7/8 1.466 4 5.8631 1.675 3 5. 25 1 5. 25

19.472 68.4661 1.675 3 5. 25 1 5. 254 .838 3 1/8 .2 9 4 .8381 .419 3 1/4 .419 1 .419

22.4 3 . 74.7471 .419 3 1/4 .419 1 .4194 2.513 3 3/8 .628 4 2.5131 .838 3 1/2 .838 1 .838

26.172 . 78.516

1 .838 3 1/2 .838 1 .8384 4.188 3 5/8 1. 47 4 4.1881 1.256 3 3/4 1.256 1 1.256

32.453 . 84.7971 .628 3 3/4 .628 1 .6284 5.863 3 7/8 1.466 4 5.8631 3.35 4 6.7 1 6.7

42.294 97.988

1/4 2 1/4

1/2 2 1/2

3/4 2 3/4

( 1 ( 3

1 1/4 3 1/4

1 1/2 3 1/2

1 3/4 3 3/4

( 2 % Σ4



on %"n !

,"&%+ 1 * '

A LIN - A, RLIN 1 A

, 1/2 "t%!+ n% .84 ,

Gading 0wl ord fs hg wl0 0 ! 0 0

0.5 0 4 0 0.5! 0 ! 0 !

0ma a A0-! 0

':, 1 ! 00

L 1 - L 2 L

, 1/2 "t%!+ n% .84 ,

Gading 0wl ord fs hg wl! 0 ! 0 !

!.5 0 4 0 !.52 0 ! 0 2

0ma a A0-! 0

':, 1 ! 00

L 2 - L 3 L

, 1/2 "t%!+ n% .8375 ,



1 1 1.3 2 2 2.5 .11 1 1.3 4 4 5.1 1 4 5.112 1 1.3 2 2 2.5 2 4 5.113 99.5 4 398.1 3 1194.214 85.8 2 171.6 4 686.515 77.8 4 311. 5 1555.

16 66.3 2 132.6 6 795.417 53. 4 212.2 7 1485.118 38.8 2 77.5 8 62 .119 23.1 4 92.5 9 832.22 14.7 1 14.7 1 146.6

1344.3 3993.8 ∑2= -6867.3∑3= 8125.4

4643.663

F 1. 99!x 21577 28!" 2313652# 56 6.9 4!L 23 8 44.714

4782.9746 1.37

kor ksi dis!"a# m n$ -3.95=

∑1=

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Vo+ m% 932.733984 Vo+ m% B 1. 32 962.581471488

c 1

c 1



' s%&%n"!n:" p"*" k%"*""n kon* s p%n

4597.2 2 771 ton 5454

54.3397 m 45974597

3.3554.3397

6.7

"n" k"p"+ &%! s m "t"n p%n ,


"!"k "nt"! '"* n' C672

Vo+ m% 781.34784 Vo+ m% B 1. 32 8 6.35 97 88

s $%n C

c 1

1 15 2 25 3

!"a# m n$ <ogging s narn+a



, (m) G (ton) ; (,on/m)2.3 5.23 .8 52.3 9.66 .8 5

3. 7 .512

15.87 .5731.9 .31637.92 5.244

1.98 .333.79 .632

9.8 .816.91 . 76

1 .43 .87

1 1.3831 1.38335 7.

2 3 4 5 6or ksi s ?$onB

2:3 - ,LE?4B-2.56 . -2.56 -2.56 -8.93

-13.35 -3.3 -16.65 -19.21 -58. 6-24.37 -6.59 -3 .96 -5 .17 -1 8.

* ?$on@mB * ?$on@mB ? * B?$on@mB* 20@-20ENo.

5

.5

1

1.5

2

2.5

3

3.5

4

di



-35. 2 -9.89 -44.91 -95. 7 -156.64-4 . -13.18 -53.18 -148.26 -185.5-41.49 -16.48 -57.97 -2 6.22 -2 2.21-32. 4 -19.77 -51.82 -258. 4 -18 .74-19.25 -23. 7 -42.31 -3 .35 -147.6

-2.73 -26.36 -29.1 -329.45 -1 1.5

14.71 -29.66 -14.95 -344.41 -52.1632.15 -32.96 - .81 -345.22 -2.8241.19 -36.25 4.94 -34 .28 17.2248.5 -39.55 8.95 -331.33 31.2353.95 -42.84 11.11 -32 .22 38.7663.75 -46.14 17.61 -3 2.61 61.447 .12 -49.43 2 .69 -281.91 72.1772.43 -52.73 19.7 -262.21 68.7372.1 -56. 2 16. 8 -246.13 56. 969.58 -59.32 1 .26 -235.87 35.8

68.1 -62.61 5.49 -23 .38 19.1365.91 -65.91 . -23 .38 .

/ ?$onEmB1 = 100

- .311-2.289-5.877

-11. 24-16.9 5-23.149-28.445-32.417-34.659-35.1 2-33.799-31.822-29.433-26.9 6-23.753-2 .427-17.44-15.166-13.738-13. 23-13. 23

5 1

-15

-1

-5

5

1

15

2



2 3 4 5 6

or ksi s ?$onB2:3 - ,LE?4B

2.7 . 2.7 2.7 9.43- . 4 -2.72 -2.76 - . 6 -9.63-2. 8 -5.45 -7.52 -7.58 -26.25-4.99 -8.17 -13.16 -2 .74 -45.9-6.56 -1 .89 -17.45 -38.19 -6 .88-8.37 -13.61 -21.98 -6 .17 -76.67-2.94 -16.34 -19.28 -79.45 -67.242.43 -19. 6 -16.63 -96. 8 -58. 2

9.65 -21.78 -12.13 -1 8.21 -42.3216.25 -24.5 -8.25 -116.46 -28.7822.86 -27.23 -4.37 -12 .83 -15.2422.3 -29.95 -7.65 -128.48 -26.6821.87 -32.67 -1 .8 -139.28 -37.6722.37 -35.4 -13. 2 -152.31 -45.423 .62 -38.12 -7.5 -159.8 -26.1438.54 -4 .84 -2.3 -162.1 -8. 145.5 -43.56 1.93 -16 .17 6.7451.36 -46.29 5. 8 -155. 9 17.754.72 -49. 1 5.71 -149.38 19.9256.64 -51.73 4.91 -144.47 17.1454.45 -54.45 . -144.47 .

/ ?$onEmB1 = 100

1.2 81.7351.634

.771- .72-2.887-4.863-6.688-8. 51-9. 26-9.557

* ?$on@mB * ?$on@mB ? * B?$on@mB* 20@-20ENo.

5 1

5

1

15

2



-1 .458-11.66-13. 46-13.588-13.36-12.492

-11.137-9.627-8.167-7.288

m+" p"n "n' +%&"! + "s "!"k *"t m

L (m) , (m) A (m2) (m)2 . 8 .9 . 15 .352 2.95 .9 5.31 .352 .938 . 6 . 12 . 32 . 7 .9 . 13 .352 . 6 .9 . 11 .352 2.95 . 6 . 36 .7 32 .938 . 6 . 12 .352 . 6 .938 . 12 2.5312 1.123 . 6 . 14 . 32 . 4 1.162 . 9 1.2812 2. 62 . 6 . 24 3. 32 .5 2.3 2.3 1.852 .938 . 6 . 11 3. 32 2.5 .2 1. 2.92 .1 2.1 .42 1.752 .3 .3 . 9 2.652 . 6 2.1 . 25 1.852 . 8 1. . 15 3.52 .25 .7 .35 3.352 .3 .3 . 9 .852 .3 .3 . 9 2.65

9.86 42 9856

: c2 / c1 1.1932 548 mI c3 E c4 24.9622269 m4I n" I - (c1 B ,Z2) 8.21121 18 m4

c1

-1

-5



&%n* n' st!%ss s"'' n'

m"B m m omp!%ss ?% &%n* n' st!%ss

k'/ m2 "m"n

k'/ m2

m "!"k +%n'"n p nt ! (:)k' m &%n* n' mom%n m"ks m"+

m4 n%!s " m *s ps" %t: " to!

m"B m m t%ns +% &%n* n' st!%ss

k'/ m2 "m"nk'/ m2

m "!"k +%n'"n p nt ! (:)k' m &%n* n' mom%n m"ks m"+

m4 n%!s " m *s ps" %t: " to!

ton.m+ * t mp a

m t/m.69 1.165.69 1.156.69 1.156.69 4.217

3 1 B 2 4 3 B 4 5 3 B 5 6" ( m) F F B "

.3 48.51 14.553 4.3659 1.98 825.5 29.82 76 .41 1939 .455 6138.17375 .7 48.51 2459.457 124694.4699 1.98 8

126.84 3234.42 144 89.29 8 6142.1353

(1/12) B 1 B 2 3 7F B " 2 I (1/12) B & B 3

S =



150231.43 e = 25.5 cmItotal = 67753.7161

W = 2657.0084745098s % 0.029069519

3 1 B 2 4 3 B 4 5 3 B 5 6" F F B "

.3 35 1 .5 3.15 1.429166666725.5 29.82 76 .41 1939 .455 6138.173655 .6 48.51 2454.6 6 1242 3. 636 1.98 825

113.33 3225.516 143596.6686 6141.5836149738.25 e = 28.4612723904 cm

Itotal = 57935.962766188W = 2035.6069107368

s % 0.0379434546

3 1 B 2 4 3 B 4 5 3 B 5 6" F F B "

.3 48.51 14.553 4.3659 1.98 82525.5 29.82 76 .41 1939 .455 6138.17365

78.33 774.963 19394.8209 6140.15447525534.975 e = 9.8935656836 cm

S 5 =

cm 4

cm³kg/cm 2

(1/12) B 1 B 2 3 7F B " 2 I (1/12) B & B 3

S =S 5 =

cm 4

cm³kg/cm 2

(1/12) B 1 B 2 3 7F B " 2 I (1/12) B & B 3

S =S 5 =



; & (a B L Z2)/12 0.!#

; * (-)(a B L Z2)/12 -0.2

mom%nn:"

. . . .. 28 - . 22 - . 9

- . 3 . 16 . 9 . 9- . 23 . 18 - . 6

. 19 - . 21 . 7 . 1- . 26 . 2 . 38

- . 56 . 15 - . 42 - . 51.134 - .1 2 - .112

.1 1 . 17 .121 .138- .362 .277 .2 1

- .158 - .1 2 - .218 - .245.642 - .49 - .316

.135 .253 .343 .366- .958 .732 .271

- .247 - .479 - .294 - .335.878 - .671 - .494

.182 .439 .536 . 42- .111 . 85 .363

0.17 0.1300.7643 0.461

1 %n"! % k ?"+ %

1 7148.261 k' m ,I,IK A67753.7161 A

25.5 m *"! &"s%+ n%4 .32665393 k'/ m2

I ( m 4)



UA,AN KA$AL

2. K KUA,AN AGGINGt n'' '%+om&"n' s"'' n'

!* 0 @ 0 B A$ 2.8 1. 2.7911 2.8 .982 2.742 2.8 .927 2.5873 2.8 .839 2.3414 2.8 .72 2. 95 2.8 .577 1.616 2.8 .421 1.1757 2.8 .226 .631

8 2.8 .128 .3579 2.8 . 34 . 951 2.8 . .11 2.8 . 34 . 9512 2.8 .128 .35713 2.8 .226 .63114 2.8 .421 1.17515 2.8 .577 1.6116 2.8 .72 2. 917 2.8 .839 2.34118 2.8 .927 2.58719 2.8 .982 2.74F$ 2.8 1. 2.791

K%"*""n * m"n" t n'' po!os '%+om&"n' * "t"s A$ *"n FL "s"n :"n' * &%nt k p"*" k !?" &on %"n

m !* F3 A$ 13.5 1 . 4

L &on %"n A &on %"n



2 . 23 . 4

ton 4 . 25 . 46 . 27 . 4

8 . 29 . 1 .3 4

1 . 211 . 1 .3 412 . 2 .6 213 . 4 1.2 414 . 7 2.1 215 . 8 2.4 416 . 8 2.4 217 . 6 1.8 4

18 . 4 1.2 219 . 2 .6 4F$ 1


m !* F3 A$ 13.5 1 . 4

2 . 2

3 . 1 .3 4ton 4 . 5 1.5 25 . 4 1.2 46 . 9 2.7 27 . 8 2.4 48 .14 4.2 29 .12 3.6 4

1 .11 3.3 211 .13 3.9 412 .16 4.8 213 .18 5.4 414 .21 6.3 215 .2 6 416 .18 5.4 217 .15 4.5 418 .1 3 219 . 4 1.2 4F$ 1

m 3

L &on %"n A &on %"n

m3




m !* F3 A$ . 3 .9 13.5 1 .13 3.9 4

2 .16 4.8 23 .12 3.6 4

ton 4 .19 5.7 25 .2 6 46 .24 7.2 27 .23 6.9 48 .29 8.7 29 .28 8.4 4

1 .27 8.1 211 .29 8.7 4

12 .32 9.6 213 .36 1 .8 414 .37 11.1 215 .35 1 .5 416 .32 9.6 217 .26 7.8 418 .19 5.7 219 . 9 2.7 4F$ 1


m !* F3 A$ .2 6 13.5 1 .29 8.7 4

2 .31 9.3 23 .29 8.7 4

ton 4 .35 1 .5 25 .35 1 .5 46 .39 11.7 27 .38 11.4 48 .44 13.2 29 .43 12.9 4

1 .43 12.9 211 .45 13.5 412 .48 14.4 213 .51 15.3 414 .53 15.9 2

L &on %"n A &on %"n

m 3

L &on %"n A &on %"n

m 3



15 .51 15.3 416 .47 14.1 217 .39 11.7 418 .3 9 219 .6 18 4F$ . 1 .3 1

;%n%nt k"n t n'' po!os :"n' s%&%n"!n:" *%n'"n k%"*"

46.7971551.675 211.667133.35 5 2.896.7 878.71

m%n%nt k"n t n'' po!os *%n'"n m%n'' n"k"n t"&%+ nt

,A L IN, R$ LA I sp+" %m%nt ?s , n'' $o!osN +" ">" C 5 2.89 N +" N +" ,%n'" C 4597.2 21 N +"

N +" At"s C 878.71 N +"


m !* F3 A$ .17 5.1 13.5 1 .26 7.8 4

2 .29 8.7 23 .27 8.1 4

ton 4 .32 9.6 25 .32 9.6 4

, (po!os) (ton)

L &on %"n A &on %"n

m 3



6 .36 1 .8 27 .36 1 .8 48 .42 12.6 29 .4 12 4

1 .4 12 211 .42 12.6 4

12 .45 13.5 213 .48 14.4 414 .5 15 215 .48 14.4 416 .44 13.2 217 .37 11.1 418 .28 8.4 219 .14 4.2 4F$ . 1 .3 1

A* [email protected] 1. 32 5.2632

1 7.8 1. 32 8. 4962 8.7 1. 32 8.97843 8.1 1. 32 8.35924 9.6 1. 32 9.9 725 9.6 1. 32 9.9 72

6 1 .8 1. 32 11.14567 1 .8 1. 32 11.14568 12.6 1. 32 13. 329 12 1. 32 12.384

1 12 1. 32 12.38411 12.6 1. 32 13. 3212 13.5 1. 32 13.93213 14.4 1. 32 14.86 814 15 1. 32 15.4815 14.4 1. 32 14.86 816 13.2 1. 32 13.622417 11.1 1. 32 11.455218 8.4 1. 32 8.668819 4.2 1. 32 4.33442 1. 32

$%! t n'"n o :"n : nt k k%"*""n o'' n' p"*" '%+o

L ?m 2 B ) ?$on@m 3 B

25



7 8 9 10 11 12/ ?$onmB Fak$or ' nsk C2 .D?$onB C2.D?$onC /?$onmBD ?$onB

) ?'oggingB - CL E?10B ?6B : ?9B-31.15 . -8.9

-233.68 . 34 1.3661369571 1.37 4.7653 43 -56.7-61 .39 .128 5.1431 38384 6.51 22.7 5273 -1 2.9

,L 2 E?5B

1 15 2 25 3

$ri ;si ra$ "am ;ng ka!a"



-1156.79 .226 9. 8 7927147 15.59 54.38 531 -147.6-18 3.86 .421 16.9159899685 32.51 113.38621 -168.6-25 9.19 .577 23.1841477716 55.69 194.25623 -179.-3139.64 .72 28.929959 911 84.62 295.16855 -151.8-3654.49 .839 33.71143844 8 118.33 412.75944 -113.9-4 8.54 .927 37.2473223298 155.58 542.684 6 -64.3

-419 .5 .982 39.45724976 3 195. 4 68 .31727 -12.7-42 .35 1. 4 .18 4987376 235.22 82 .47327 37.4-414 .3 .982 39.45724976 3 274.67 958.1 647 56.7-4 31.38 .927 37.2473223298 311.92 1 88. 311 68.5-3896.19 .839 33.71143844 8 345.63 12 5.622 72.5-3681.88 .72 28.929959 911 374.56 13 6.5343 9 .4-343 .13 .577 23.1841477716 397.75 1387.4 43 95.4-319 .39 .421 16.9159899685 414.66 1446.41 85.6-2994.73 .226 9. 8 7927147 423.74 1478. 853 65.2-2869.86 .128 5.1431 38384 428.89 1496. 252 4 .9

-28 3.12 . 34 1.3661369571 43 .25 15 .79 5 2 .5-28 3.12 . 43 .25 15 .79 5 .

15 2 25 3

G (ton/m) 0o'' n'

$ (ton/m)d (ton); (ton m)



mom%n n%!s " n%!s " s%n* !

A0 (m3) A02 (m4) 1/12 L,3 (m3). 5 . 2 . 11.859 .65 .179

. . .

. 5 . 2 .

. 4 . 1 .

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. 4 . 1 .

. 3 . 77 .

. . .

. 12 . 15 . 1

. 73 .219 .4.255 7.872 .5 7

. 33 .1 .2.9 8.41 . 2

.735 1.286 . 77

.239 .632 . 1

. 47 . 87 . 5

. 53 .184 . 11.173 3.928 . 7

. 77 . 65 . 1

.239 .632 . 1

11.7655 8 24.18 4486161 .7817783134c2 c3 c4



. 2939714 k'/ m2 "m"n

m"t%! "+ 12 k'/ m2

18 .6794522146 m-1335.99 k' m

821121 18.4215 7 m44 82 29.72256492

. 1941384 k'/ m2 "m"n m"t%! "+ 12 k'/ m2

119.32 5477854 m-1335.99 k' m

821121 18.4215 7 m46181155.78486 94



0 2.8 m , n'' G%+om&"n' *%n'"n ko%#s %n p"*" t"&%+ 0"nsk%

$< , m

0G t n'' po!os '%+om&"n' msk"+" &on %"n 1 C 3

"!"k "nt"! '"* n' C 3.5



39Vo+ m% 45.346 8

Vo+ m% B 1. 32 46.797155 ton

1.2

1.21.24.84.29.64.87.2

2.42.4

$< , 1.68 m

0G t n'' po!os '%+om&"n' 1.68 msk"+" &on %"n 1 C 3

"!"k "nt"! '"* n' C 3.5176.4

1.2 Vo+ m% 2 5.1 3813 Vo+ m% B 1. 32 211.66713 ton4.85.49.68.414.46.615.69.621.612.6241 .81864.8

c 1 m 3

c 1

m3



$< , 3.35 m

0G t n'' po!os '%+om&"n' 3.35 m.9 sk"+" &on %"n 1 C 3

15.6 "!"k "nt"! '"* n' C 3.5

9.6 419.114.4 Vo+ m% 487.2959511.4 Vo+ m% B 1. 32 5 2.88942 ton2414.427.617.433.616.234.8

19.243.222.24219.231.211.41 .8

$< , 6.7 m

0G t n'' po!os '%+om&"n' 6.7 m6 sk"+" &on %"n 1 C 334.8 "!"k "nt"! '"* n' C 3.518.6 732.334.8 Vo+ m% 851.4598621 Vo+ m% B 1. 32 878.7 657 ton4223.445.626.451.625.85428.861.231.8

c 1 m 3

c 1 m 3



13/ ?$onEmB?7B : ?11B

-31.15-228.91-587.68



-11 2.41-169 .47-2314.94-2844.47-3241.73-3465.86

-351 .18-3379.88-3182.19-2943.34-269 .56-2375.35-2 42.73-1743.98-1516.64-1373.84

-13 2.33-13 2.33

(ton/m)



13

/ ?$onEmB?7B : ?11B

12 .78173.51163.43

77. 7-72. 1

-288.72-486.25-668.77

-8 5.14-9 2.55-955.72

-1 45.81-1165.97-13 4.56-1358.75-1335.99-1249.2-1113.71

-962.75-816.67-728.78

(ton/m)



25



No.1 Kon* s K"p"+ Koson'

2 Kon* s k"p"+ 1 = &" "n &"k"! E o +E p%+ m"s $%!son E L ''"'% ;"k"n"n

!%s >"t%! >"t%! &"++"st F$

3 Kon* s k"p"+ 5 = ons m"&+%s $%!son E L ''"'% ;"k"n"n

!%s >"t%! >"t%! &"++"st F$

4 Kon* s k"p"+ 1 = ons m"&+%s $%!son E L ''"'% ;"k"n"n

!%s >"t%! >"t%! &"++"st F$

5 Kon* s K"p"+ Koson' ons m"&+%s $%!son E L ''"'% ;"k"n"n

!%s >"t%! >"t%! &"++"st F$

6 Kon* s K"p"+ , &"

ons m"&+%s $%!son E L ''"'% ;"k"n"n

!%s >"t%! >"t%! &"++"st F$



o. I 6MS

1 K"p"+ koson'2 ons m"&+%s

3 $%!son E L ''"'%4 ;"k"n"n5 !%s >"t%!6 "t%! "++"st F$

c1 sp+" %m%nt Vo+ m%

10

n e .174NK n e 1.75GK n e .395;G n e 1.356

,a$a /an;a" dari

o. 1 !" t ( )2 ;K (0 p* , no. 1)3 GK 4 ;G5 . . *"! A$& . .G *"! A$' S"!"k GF 5-6( ;om%nt p%! &" "n t! m (; ,)

. .F *"! A$10 L>+11 ,! m (t) (1 7)/8

8.917385845

Int%!po+"s ssp+" %m%nt (ton)

: 0

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C



Int%!po+"s sp+" %m%nt (ton)

Int%!po+"s sp+"sp+" %m%nt (ton)

Int%!po+"s sp+sp+" %m%nt (ton)

Int%!po+"s ssp+" %m%nt (ton)

Int%!po+"s sp+sp+" %m%nt (ton)

; (m) C 4.44G; (m)C .3

ϕ h*

0 0

!5 0

30 0

45 0

$0 0

#5 0

"0 0

Int%

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 C

N +" ∆ L (B) CN +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

'abel Stabil itas Prohaska



* tN +" CN +" 5C

N +" 15 CInt%

* t

N +" CN +" 1 C

N +" 15 CInt%

* tN +" 15 CN +" 2 CN +" 3 C

Int%* t

N +" 2 CN +" 25CN +" 3 C

Int%* t

N +" 3 CN +" 35 CN +" 45 C

Int%* t

N +" 35 CN +" 4 CN +" 45 C

1 !"* "n C 57.3.84151 7819.25 2282727

;G s n α

s n α C;G s n α C



9

5 . 261 . 5115 . 772 .1 125 .1253 .14935 .1694 .19

A 3 MA 4 M

A 3 M-4 M

* Pengecekan Stabilitas dengan IMO

Criteria IMO

MG (m) ≥

h 30° (m) ≥

Ah 30° (m) ≥

Ah 40° (m) ≥

Ah 30°- 40° (m) ≥

(Kon* s 1

1

: 0

ϕ



R N ANKon* s $%!s%nt"s% (

1 . =

1 =1 =1 =1 =1 =

1 =1 =5 =5 =5 =

1 =1 =1 =1 =1 =

=====

1 =1 =1 =25=25=

NK s n ] * *"p"t *"! !oss



ond+$+ ka a, 1005

!;;G

L 74543.39 2.26 18.7 94127 59

51.44 3.5 76 28. 86

0.'0 6. 382 29.3 540.2( 4.4269 6.65825.5& 3.6966 34. 8330.00

4&01.3 10 &03*4 445(.&

2.273 m

20 30 40 %0

.342 .5 .643 .7662.47 2.72 3.71 4.15.778 1.137 1.461 1.742

1.694 1.58 2.249 2.4 5

Gam ar

7er#8a9an +,a+ Sat#an15.51 m

2.57 m2.273 m

.297 m-1.6 m-2.9 m-1.3 m

1269.94 ton.m/m-1.6 m

38.17 m- . 1 237 m

+" %m%nt ?s !" t , (m)

716.25 N +" ">" C 3.3846 1.37 N +" C 15.51

1 77.523 N +" At"s C 4.51

GK c 2 / c 1

1.2



p+" %m%nt ?s ;K ;K (m)

716.25 5847493 N +" ">" C 5.7246 1.37 N +" C 2.57

1 77.523 N +" At"s C 5.43

%m%nt ?s (F ) (m)

716.25 5847493 N +" ">" C - .7746 1.37 N +" C -1.6

1 77.523 N +" At"s C - .85

" %m%nt ?s G (F )G (m)

716.25 5847493 N +" ">" C - .89

46 1.37 N +" C -2.91 77.523 N +" At"s C -1. 754787

p+" %m%nt ?s ; ,; , (m)

716.25 5847493 N +" ">" C 57 .346 1.37 N +" C 1269.94

1 77.523 N +" At"s C 635.36

%m%nt ?s L F (F )L F (F ) (m)

716.25 5847493 N +" ">" C - .7746 1.37 N +" C -1.6

1 77.523 N +" At"s C - .85

h* ( M) h

0 0 0 0

0.0000 0.25 !"045! 0.0##0 0.0##

0.0000 0.5 0.!4 # 0.!4"

0.0000 0.#0#!0$# !2 0.2!03 0.2!0

0.0000 0. $$025403 0.25#5 0.25

0.0000 0."$5"25 2$3 0.2 #2 0.2 #

0.0000 ! 0.2"#4 0.2"#

!po+"s

Sin ϕ GM Sin ϕ

1

.2

.4

.6

.8/G sin a



N +" ">" C .5 N +" C . 3

15 N +" At"s C . 8!po+"s

5 N +" ">" C . 31 N +" C . 515 N +" At"s C . 8

!po+"s

15 N +" ">" C . 82 N +" C .13 N +" At"s C .15

!po+"s

2 N +" ">" C .125 N +" C .123 N +" At"s C .15

!po+"s

3 N +" ">" C .1535 N +" C .1745 N +" At"s C .21

!po+"s

35 N +" ">" C .174 N +" C .1945 N +" At"s C .21

,"&%+ 1 !"* "n;G s n " B

.25 57.357.3



FS HG FS HG1 .4 .1 32 .1 34 .3 82 .2 24 .4992 .297 1 .1494 .677 4 .6771 .19 1 .19

1= 2.3 * 2= 1.01%

. 69 . 3 . 29

?e'87t ore 'i

0.!5 0.2"# @e'

0.2 0.!5 Ora

0.055 0.0$" @e'

0.0" 0.030 Ora

0.03 0.040 @e'

/* LAN G AF& ;G n e

Kon* s 2 Kon* s 3 K"p"+ $%n K"p"+ , &"



$ ;UA,AN ) %!"t (ton)

4543.39

51.44.7.28

5.56.

51.44.7.14

2.78.

51.44.7. 3.56.

.

.

.

.

.

51.44.7. 3

1.39.

!?% p"*" * sp+" %m%nt 1



MOM6L 7

1 254.478 85 4.22318 .446 144 .883

4.227 2 .5141.23 1.85

2 .537 189.352. .

104&0. 1 *&&%&.*21c2 c3

&0 0 *0 0

.866 .94 .985 1.4.31 4.23 3.986 3.617

1.969 2.136 2.239 2.2732.339 2. 97 1.747 1.343

7er#8a9an +,a+

t" (9 11)/1 4.29185511 - 5

t t-t" - . 1 666227

," * E t" 15.51

, * E t 15.51

,m (," E , ) / 2 15.51

A*AL ( NG



2 3 4 5 6 7 8 9 1

< "



o. I 6


3 $%!son E L ''"4 ;"k"n"n5 !%s >"t%!6 "t%! "++"st F$

c1 sp+" %m%nt Vo+

10

n e .174 p"*" !oss !?% NK n e 1.75

GK n e .395;G n e 1.356

o.1 !" t ( )2 ;K 3 GK 4 ;G5 . . *"! A$& . .G *"! A$' S"!"k GF 5-6( ;om%nt p%! &"

. .F *"! A$10 L>+11 ,! m (t) (D 7)/

8.91173339 3

Int%!sp+" %m%nt (ton)

: 0

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C




Int%!po+sp+" %m%nt (ton)

Int%!posp+" %m%nt (ton)


Int%!po+sp+" %m%nt (ton)

; (m) C 4.44G; (m)C .3

ϕ h*

0 0

!5 0

30 0

45 0

$0 0

#5 0

"0 0

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 C

N +" ∆ L (B) CN +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

'abel Stabilitas Prohaska



* tN +" CN +" 5C

N +" 15 C

* t

N +" CN +" 1 C

N +" 15 C

* tN +" 15 CN +" 2 CN +" 3 C

* t

N +" 2 CN +" 25CN +" 3 C

* tN +" 3 CN +" 35 CN +" 45 C

* tN +" 35 CN +" 4 CN +" 45 C

1 !"* "n C 57.3.84151 782.252996866

;G s n α

s n α C;G s n α C



9

5 . 261 . 5215 . 782 .1 225 .1263 .1535 .1714 .192

A 3 MA 4 M

A 3 M-4 M


Criteria IMO

MG (m) ≥

h 30° (m) ≥

Ah 30° (m) ≥

Ah 40° (m) ≥

Ah 30°- 40° (m) ≥

: 0



ond+$+ a a, %05

S !;;G MO

L 7 L4543.4 2.26 18.7 94127 59 1 254.5

51.4 3.5 28. 18 .4

% 0.' 6. 29.3 4.20.1 4.4 6.7 .62.( 3.6966 34. 833 1 .3

0.0 . 4% *.4%442 3 1 104%0.03

% 4455.(' c2

2.273 m

20 30 40 %0 &0

.342 .5 .643 .766 .8662.47 2.72 3.71 4.15 4.31.777 1.136 1.461 1.741 1.968

1.695 1.587 2.252 2.4 9 2.343

7er#8a9an +,a+ Sat#an 7er#15.5 m

t" (2.57 m

2.273 mt

.3 1 m-1.6 m

," -2.9 m-1.3 m

, "n t! m (; ,) 1269.41 ton.m/m

-1.6 m ,m (,

38.17 m- . 1 23429 m

po+"s sp+" %m%nt ?s !" t , (m)

716.25 N +" ">" C 3.384598.45 N +" C 15.5

1 77.523 N +" At"s C 4.51

K c 2 / c 1

1.2



po+"s sp+" %m%nt ?s ;K ;K (m)

716.25 585 N +" ">" C 5.724598.45 N +" C 2.57

1 77.523 N +" At"s C 5.43

"s sp+" %m%nt ?s (F ) (m)

716.25 585 N +" ">" C - .774598.45 N +" C -1.6

1 77.523 N +" At"s C - .85

+"s sp+" %m%nt ?s G (F )G (m)

716.25 585 N +" ">" C - .89

4598.45 N +" C -2.91 77.523 N +" At"s C -1. 754786873

o+"s sp+" %m%nt ?s ; ,; , (m)

716.25 585 N +" ">" C 57 .34598.45 N +" C 1269.41

1 77.523 N +" At"s C 635.36

"s sp+" %m%nt ?s L F (F )L F (F ) (m)

716.25 585 N +" ">" C - .774598.45 N +" C -1.6

1 77.523 N +" At"s C - .85

h* ( M) h

0 0 0.000 0

0.0000 0.25 !"045! 0.0# 0.0#

0.0000 0.5 0.!50 0.!50

0.0000 0.#0#!0$# !2 0.2!3 0.2!3

0.0000 0. $$025403 0.2$0 0.2$0

0.0000 0."$5"25 2$3 0.2"0 0.2"0

0.0000 ! 0.30! 0.30!

Int%!po+"s

Sin ϕ GM Sin ϕ

1

.2

.4

.6

.8

1

/G sin a



N +" ">" C .5 N +" C . 3

15 N +" At"s C . 8Int%!po+"s

5 N +" ">" C . 31 N +" C . 515 N +" At"s C . 8Int%!po+"s

15 N +" ">" C . 82 N +" C .13 N +" At"s C .15Int%!po+"s

2 N +" ">" C .125 N +" C .133 N +" At"s C .15Int%!po+"s

3 N +" ">" C .1535 N +" C .1745 N +" At"s C .21Int%!po+"s

35 N +" ">" C .174 N +" C .1945 N +" At"s C .21

,"&%+ 1 !"* "n;G s n " B

.25 57.357.3



FS HG FS HG1 .4 .1 42 .1 44 .3112 .2 44 .5 52 .3 1 1 .154 .684 4 .6841 .192 1 .192

1= 2.404 2= 1.02&

. 7 . 3 . 3

?e'87t ore 'i

0.!5 0.30! @e'

0.2 0.!5 Ora

0.055 0.0#0 @e'

0.0" 0.030 Ora

0.03 0.040 @e'



6785 4.2

144 .9

2 .5.9

94.7.

*&%&1.221c3

0 *0 0

.94 .985 1.4.24 3.99 3.62 & p"*" !oss !?%

2.135 2.238 2.2732.1 1.75 1.345

8a9an +,a+

11)/1 4.289 3 17 - 5

t-t" - . 1 663193

* E t" 15.5

* E t 15.5

E , ) / 2 15.5

/;a$an * n;<



2 3 4 5 6 7 8 9 1

< "



o. I 6MS


3 $%!son E L ''"'%4 ;"k"n"n5 !%s >"t%!6 "t%! "++"st F$

c1 sp+" %m%nt Vo+ m%

10 20

n e .174 .342NK n e 1.75 2.47GK n e .394 .777;G n e 1.356 1.696

o. 7er#8a9an1 !" t ( )2 ;K 3 GK 4 ;G5 . . *"! A$& . .G *"! A$' S"!"k GF 5-6( ;om%nt p%! &" "n t! m (; ,)

. .F *"! A$10 L>+11 ,! m (t) (D 7)/8

8.9 72114264

Int%!po+"s sp+" %m%nt ?s !"sp+" %m%nt (ton)

716.25 58474934596.12

1 77.523

GK c 2 / c 1

: 0

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C



Int%!po+"s sp+" %m%nt ?ssp+" %m%nt (ton)

716.25 5847494596.12

1 77.523

Int%!po+"s sp+" %m%nt ?s (sp+" %m%nt (ton)

716.25 5847494596.12

1 77.523

Int%!po+"s sp+" %m%nt ?s Gsp+" %m%nt (ton)

716.25 584749

4596.121 77.523

Int%!po+"s sp+" %m%nt ?s ;sp+" %m%nt (ton)

716.25 5847494596.12

1 77.523

Int%!po+"s sp+" %m%nt ?s L Fsp+" %m%nt (ton)

716.25 5847494596.12

1 77.523

; (m) C 4.44G; (m)C .3

ϕ h* h* ( M)

0 0 0

!5 0 0.0000

30 0 0.0000

45 0 0.0000

$0 0 0.0000

#5 0 0.0000

"0 0 0.0000

Int%!po+"s

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 C

N +" ∆ L (B) CN +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C




* tN +" CN +" 5C 5

N +" 15 C 15Int%!po+"s

* t

N +" C 5N +" 1 C 1

N +" 15 C 15Int%!po+"s

* tN +" 15 C 15N +" 2 C 2N +" 3 C 3

Int%!po+"s* t

N +" 2 C 2N +" 25C 25N +" 3 C 3

Int%!po+"s* t

N +" 3 C 3N +" 35 C 35N +" 45 C 45

Int%!po+"s* t

N +" 35 C 35N +" 4 C 4N +" 45 C 45

1 !"* "n C 57.3.84151 7819

.255212451

;G s n α

s n α C;G s n α C



ond+$+ a a, 105

!;;G MOM6

L 7 L 74543.39 2.26 18.7 94127 59 1 254.5 85 4.2

51.44 3.5 28. 18 .4 144 .9

0.'0 6. 29.3 4.2 2 .50.03 4.4 6.7 .1 .20.5& 3.6966 34. 833 2.1 18.90.00 . .

4% &.1210 &03*4 10441.3 *&4*4.4453.&1 c2 c3

2.272 m

30 40 %0 &0 0

.5 .643 .766 .866 .942.73 3.71 4.15 4.31 4.24

1.136 1.46 1.74 1.967 2.1351.593 2.255 2.412 2.346 2.1 3

+,a+ Sat#an 7er#8a9an15.49 m

t" (9 11)/12.58 m

2.272 mt t-t"

.3 3 m-1.6 m

," * E t"-2.9 m-1.3 m

, * E t 1268.99 ton.m/m

-1.6 m ,m (," E , ) / 2

38.17 m- . 1 232 88 m

t , (m)

N +" ">" C 3.38N +" C 15.49

N +" At"s C 4.51



K ;K (m)

N +" ">" C 5.72N +" C 2.58

N +" At"s C 5.4284861947

F ) (m)

N +" ">" C - .77N +" C -1.6

N +" At"s C - .8469473832

(F )G (m)

N +" ">" C - .89

N +" C -2.9N +" At"s C -1. 754786873

,; , (m)

N +" ">" C 57 .3N +" C 1268.99

N +" At"s C 635.36

(F )L F (F ) (m)

N +" ">" C - .77N +" C -1.6

N +" At"s C - .8469473832

h

0 0.0000 0

0.25 !"045! 0.0# 5 0.0#

0.5 0.!5!$ 0.!52

0.#0#!0$# !2 0.2!45 0.2!4

0. $$025403 0.2$2$ 0.2$3

0."$5"25 2$3 0.2"2" 0.2"3

! 0.3033 0.303

Sin ϕ GM Sin ϕ

1 2 3

- .4

- .2

.2

.4

.6

.8

1

1.2

/G sin a



N +" ">" C .N +" C . 3

N +" At"s C . 8

N +" ">" C . 3N +" C . 5

N +" At"s C . 8

N +" ">" C . 8N +" C .1

N +" At"s C .15

N +" ">" C .1N +" C .13N +" At"s C .15

N +" ">" C .15N +" C .17

N +" At"s C .21

N +" ">" C .17N +" C .19

N +" At"s C .21

,"&%+ 1 !"* "n;G s n " B

.26 57.357.3



HG FS HG..1 5.1 5.314.2 6.5 9.3 3 1 .152.69 4 .69.194 1 .194

2.42% 2= 1.03%

. 71

. 3

. 3

?e'87t ore 'i

0.303 @e'

0.!5 Ora

0.0#! @e'

0.030 Ora

0.040 @e'



*0 0

.985 1.3.99 3.62 & p"*" !oss !?%

2.237 2.2721.752 1.346

+,a+

4.28677 2 - 5

- . 1 66 765

15.49

15.49

15.49



4 5 6 7 8 9 1

* / A AN 2

< "



ond+$+ ka a, ko$on<

o. I 6MS !;;G

L 71 K"p"+ koson' 4543.39 2.26 18.7 9412712 ons m"&+%s 0.00 3.5 28.

3 $%!son E L ''"'% 0.00 6. 29.34 ;"k"n"n 0.00 4.4 6.75 !%s >"t%! 0.00 3.6966 34. 8336 "t%! "++"st F$ 0.00

c1 sp+" %m%nt 4%43.3 34%*&Vo+ m% 4402.51

2.257 m

10 20 30 40 %0

n e .174 .342 .5 .643 .766NK n e 1.74 2.5 2.92 3.79 4.24GK n e .392 .772 1.129 1.451 1.729;G n e 1.352 1.731 1.794 2.343 2.512

o. 7er#8a9an +,a+ Sat#an1 !" t ( ) 15.33 m2 ;K 2.62 m3 GK 2.257 m4 ;G .361 m5 . . *"! A$ -1.59 m& . .G *"! A$ -2.87 m' S"!"k GF 5-6 -1.28 m( ;om%nt p%! &" "n t! m (; ,) 1259.5 ton.m/m

. .F *"! A$ -1.59 m10 L>+ 38.17 m11 ,! m (t) (D 7)/8 - . 1 182 m

8.8 5 26 825

Int%!po+"s sp+" %m%nt ?s !" tsp+" %m%nt (ton) , (m)

716.25 585 N +" ">" C 3.384543.39 N +" C 15.33

1 77.523 N +" At"s C 4.51

GK c 2 / c 1

: 0

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C



Int%!po+"s sp+" %m%nt ?s ;K sp+" %m%nt (ton) ;K (m)

716.25 585 N +" ">" C 5.724543.39 N +" C 2.62

1 77.523 N +" At"s C 5.42848619

Int%!po+"s sp+" %m%nt ?s (F )sp+" %m%nt (ton) (m)

716.25 585 N +" ">" C - .774543.39 N +" C -1.59

1 77.523 N +" At"s C - .8469474

Int%!po+"s sp+" %m%nt ?s G (F )sp+" %m%nt (ton) G (m)

716.25 585 N +" ">" C - .89

4543.39 N +" C -2.871 77.523 N +" At"s C -1. 754787

Int%!po+"s sp+" %m%nt ?s ; ,sp+" %m%nt (ton) ; , (m)

716.25 585N +" ">" C 57 .34543.39 N +" C 1259.5

1 77.523 N +" At"s C 635.36

Int%!po+"s sp+" %m%nt ?s L F (F )sp+" %m%nt (ton) L F (F ) (m)

716.25 585 N +" ">" C - .774543.39 N +" C -1.59

1 77.523 N +" At"s C - .8469474

; (m) C 4.44G; (m)C .36

ϕ h* h* ( M) h

0 0 0 0 0.0000 0

!5 0 0.0000 0.25 !"045! 0.0"34 0.0"3

30 0 0.0000 0.5 0.! 04 0.! 0

45 0 0.0000 0.#0#!0$# !2 0.255! 0.255

$0 0 0.0000 0. $$025403 0.3!25 0.3!2

#5 0 0.0000 0."$5"25 2$3 0.34 5 0.34"

"0 0 0.0000 ! 0.3$0 0.3$!

Int%!po+"s

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 C

N +" ∆ L (B) CN +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C


Sin ϕ GM Sin ϕ



* t N +" C N +" ">" C .N +" 5C 5 N +" C . 3

N +" 15 C 15 N +" At"s C . 9Int%!po+"s

* t

N +" C 5 N +" ">" C . 3N +" 1 C 1 N +" C . 6

N +" 15 C 15 N +" At"s C . 9Int%!po+"s

* t N +" 15 C 15 N +" ">" C . 9N +" 2 C 2 N +" C .12N +" 3 C 3 N +" At"s C .18

Int%!po+"s* t

N +" 2 C 2 N +" ">" C .12N +" 25C 25 N +" C .15N +" 3 C 3 N +" At"s C .18

Int%!po+"s* t N +" 3 C 3 N +" ">" C .18N +" 35 C 35 N +" C .21N +" 45 C 45 N +" At"s C .26

Int%!po+"s* t N +" 35 C 35 N +" ">" C .21N +" 4 C 4 N +" C .23N +" 45 C 45 N +" At"s C .26

,"&%+ 1 !"* "n1 !"* "n C 57.3 ;G s n " B

.84151 78

.3 361682 .3 57.357.3

;G s n α

s n α C;G s n α C



9 FS HG FS HG1 .

5 . 31 4 .1251 . 62 2 .12515 . 93 4 .3742 .122 2 .24525 .151 4 .6 63 .18 2 .361 1 .1835 .2 5 4 .821 4 .8214 .23 1 .23 1 .23

1= 2.**% 2= 1.232

A 3 M . 84A 4 M . 36

A 3 M-4 M . 36


Criteria IMO ?e'87t ore 'i

MG (m) ≥ 0.!5 0.3$! @e'

h 30° (m) ≥ 0.2 0.! Ora

Ah 30° (m) ≥ 0.055 0.0 4 @e'

Ah 40° (m) ≥ 0.0" 0.03$ Ora

Ah 30°- 40° (m) ≥ 0.03 0.04 @e'

: 0



MOM6L 7

1 254.48 85 4.22. .

. .

. .

. .

. .102%4.4* *%004.22

c2 c3

&0 0 *0 0

.866 .94 .985 1.4.41 4.31 4. 31 3.629 & p"*" !oss

1.955 2.121 2.223 2.2572.452 2.187 1.8 9 1.372

7er#8a9an +,a+

t" (9 11)/1 4.236 - 5

t t-t" - . 1 6 5

," * E t" 15.33

, * E t 15.326

,m (," E , ) / 2 15.33



o. I 6MS !

1 K"p"+ koson' 4543.392 ons m"&+%s 51.44

3 $%!son E L ''"'% 0.'04 ;"k"n"n 0.035 !%s >"t%! 1.36 "t%! "++"st F$ 0.00

c1 sp+" %m%nt 4% &. %442 4Vo+ m% 4454.41

2.272

10 20 30

n e .174 .342 .5 !?% NK n e 1.75 2.47 2.73GK n e .395 .777 1.136;G n e 1.356 1.696 1.591

o. 7er#8a9an1 !" t ( )2 ;K 3 GK 4 ;G5 . . *"! A$& . .G *"! A$' S"!"k GF 5-6( ;om%nt p%! &" "n t! m (; ,)

. .F *"! A$10 L>+11 ,! m (t) (D 7)/8

8.9 88264135

Int%!po+"s sp+" %m%nt ?s !" tsp+" %m%nt (ton) , (

716.25 N +" ">" C4596.95 N +" C

1 77.523 N +" At"s C

GK c 2 / c 1

: 0

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C



Int%!po+"s sp+" %m%nt ?s ;K sp+" %m%nt (ton) ;K

716.25 585 N +" ">" C4596.95 N +" C

1 77.523 N +" At"s C

Int%!po+"s sp+" %m%nt ?s (F )sp+" %m%nt (ton)

716.25 585 N +" ">" C4596.95 N +" C

1 77.523 N +" At"s C

Int%!po+"s sp+" %m%nt ?s G (F )sp+" %m%nt (ton) G

716.25 585 N +" ">" C

4596.95 N +" C1 77.523 N +" At"s C

Int%!po+"s sp+" %m%nt ?s ; ,sp+" %m%nt (ton) ; ,

716.25 585 N +" ">" C4596.95 N +" C

1 77.523 N +" At"s C

Int%!po+"s sp+" %m%nt ?s L F (F )sp+" %m%nt (ton) L F (F

716.25 585 N +" ">" C4596.95 N +" C

1 77.523 N +" At"s C

; (m) C 4.44G; (m)C .3

ϕ h* h* ( M)

0 0 0 0

!5 0 0.0000 0.25 !"045!

30 0 0.0000 0.5

45 0 0.0000 0.#0#!0$# !2

$0 0 0.0000 0. $$025403

#5 0 0.0000 0."$5"25 2$3

"0 0 0.0000 !

Int%!po+"s

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 C

N +" ∆ L (B) CN +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C

N +" ∆ L 3 CN +" ∆ L (B) C

N +" ∆ L 4 C


Sin ϕ



* tN +" C N +" ">" CN +" 5C 5 N +" C

N +" 15 C 15 N +" At"s CInt%!po+"s

* t

N +" C 5 N +" ">" CN +" 1 C 1 N +" C

N +" 15 C 15 N +" At"s CInt%!po+"s

* tN +" 15 C 15 N +" ">" CN +" 2 C 2 N +" CN +" 3 C 3 N +" At"s C

Int%!po+"s* t

N +" 2 C 2 N +" ">" CN +" 25C 25 N +" CN +" 3 C 3 N +" At"s C

Int%!po+"s* t

N +" 3 C 3 N +" ">" CN +" 35 C 35 N +" CN +" 45 C 45 N +" At"s C

Int%!po+"s* t

N +" 35 C 35 N +" ">" CN +" 4 C 4 N +" CN +" 45 C 45 N +" At"s C

,"&%+ 11 !"* "n C 57.3 ;G s n "

.84151 78.2544264 .25

;G s n α

s n α C;G s n α C



9 FS HG1 .

5 . 26 4 .1 41 . 52 2 .1 415 . 78 4 .3132 .1 3 2 .2 525 .127 4 .5 73 .151 2 .3 235 .172 4 .6884 .193 1 .193

1= 2.41*

A 3 M . 7A 4 M . 3

A 3 M-4 M . 3


Criteria IMO ?e'87t

MG (m) ≥ 0.!5 0.302

h 30° (m) ≥ 0.2 0.!5

Ah 30° (m) ≥ 0.055 0.0#0

Ah 40° (m) ≥ 0.0" 0.030

Ah 30°- 40° (m) ≥ 0.03 0.040

: 0



ond+$+ a a, +8a

;;G MOM6L 7 L 7

2.3 18.7 1 254.48 85 4.223.5 28. 18 .45 144 .88

6. 29.3 4.23 2 .514.4 6.7 .12 .18

3.6966 34. 833 5.13 47.34. .

10444.41 *&%13.14c2 c3

m

40 %0 &0 0 *0 0

.643 .766 .866 .94 .985 1.3.71 4.15 4.31 4.24 3.99 3.62 &

1.46 1.74 1.968 2.135 2.238 2.2722.254 2.411 2.345 2.1 2 1.751 1.345

+,a+ Sat#an 7er#8a9an +,a+15.49 m

t" (9 11)/1 4.288 - 52.57 m

2.272 mt t-t" - . 1 662

.3 2 m-1.6 m

," * E t" 15.49-2.9 m-1.3 m

, * E t 15.491269.14 ton.m/m

-1.6 m ,m (," E , ) / 2 15.49

38.17 m- . 1 233 m

m)3.38

15.494.51



(m)5.722.57

5.42848619

(m)- .77-1.6

- .8469474

(m)- .89

-2.9-1. 754787

(m)57 .3

1269.14635.36

) (m)- .77-1.6

- .8469474

h

0.0000 0

0.0# 3 0.0#

0.!5!2 0.!5!

0.2!3 0.2!4

0.2$! 0.2$2

0.2"20 0.2"2

0.3023 0.302

GM Sin ϕ



.

. 3

. 8

. 3

. 5

. 8

. 8

.1

.15

.1.13

.15

.15

.17

.21

.17

.19

.21

!"* "nB

57.357.3



FS HG

1 .1514 .6881 .193

2= 1.032

ore 'i

@e'

Ora

@e'

Ora

@e'



"*" !oss !?%



' C 1. 25 Lpp C 69.76> C .74 0 C 9. 2

. 39 7692 GK C 6.31Go Gf C .15175143 4597$ (ton) C 1

5t"n " C 1.19175359

;K GK ;GL 1 18.58 851 8 6.31 12.27L 2 11.6 51 97 6.31 5.29L 3 11. 98172 5 6.31 4.78L 4 11.95644476 6.31 5.64

"t "n/) HIJ %

mt.m/m m

1 2L 1 1.68 911.71 1.54 3746966L 2 3.35 2266.43 .37475928L 3 5. 3 3 75.81 .1699242983L 4 6.7 17 71.73 - .1 3635775

"t "nK a

m(m) (m)11 1 E 11 12

L 1 1.675 . 2 5794693 .199391615L 2 3.35 . 124132468 . 8813 1275

L 3 5. 25 . 111449113 . 674342794L 4 6.7 . 86776439 . 189394 61

,RI; ," ," , (m) (m) (m)

L 1 .19939161 - .174755 268 - .224734718L 2 . 8813 13 - . 6494827 3 - . 9 61 4 6L 3 . 6743428 - . 456955643 - . 68262959L 4 . 1893941 - . 1523322 - . 18848347

BL C

g (ton) C

φ C

. 4



1

- . 4

- . 3

- . 2

- . 1

2. 8166817117217 - 17

. 1

. 2

. 3

A- /L 1 A



; "t"n $%n

t"nf "f o f o Fo. 1237 8547 1.4451415466 4.93 397. 331587961. 2868 5 21 3.76 3768337 1.84 1 55.25995594 9. 317194764 4.28 62 591 2.17 1391.36244 7176. 268946244 18.5959866124 -3.86 1674.71976387 4

La % ?L**@2B- *. La $ % ?*.La B@/) GHIJ % ">m t.m m m

3 (Lpp/2)-2 4 $. 3 5 4/1 633.34 333.41 .36569894 9 .7734.51 345. 7 .1522516383 .1934.71 347.12 .1128536172 . 834.99 349.85 . 2 493 812 - . 5

"< % L * L< % * L $(m) (m) (t.m) (m)

9 - 11 13 Lpp/2 E 2 14 $ . 14 15 15 C 1 16.1663 73259 36.422 364.22 .3994897443. 6412151 8 35.256 352.564 .1555586761

. 454193378 35. 52 35 .515 .1139585233

. 15536751 34.778 347.78 . 2 371669

, (m).1663 73259. 6412151 8. 454193378. 15536751

Vo+ m% (m3)

,iagram 3rim



<

/L 2 A - /L 3 A - /L 4 F - /L 1 F - /L 2



>+ L>+ IL A>+18.32 52.5 4638 .72 474. 718.32 63. 138357.94 785.9418.32 63. 187767.73 875.3918.32 7 . 1157966.21 1124.28

% ?L**@2B:" L @L!! $ % ?$." B@L!! $a % $ - $ m - m m

7 (L$$/2)E6 8 (7/Lpp) 9 5.8 1 5-935.65 .51 .1868867952 .178812145635. 7 .5 . 765347576 . 7571688 734.97 .5 . 565642491 . 56289368134.83 .5 . 1 231319 . 1 2617622

$< % $ $ % $a a(m) (m) (m) (m)

8 B 16 17 16 - 17 18 17 E 11 19 18 - 11 2.2 41552482 .1953344961 .2247347175 .174755 268. 781971591 . 773615171 . 9 61 4 59 . 6494827 3

. 57118 477 . 5684 4756 . 68262959 . 456955643

. 1 17 7 31 . 1 2 9659 . 18848347 . 1523322



2

F - /L 3 F - /L 4



L$$ C 69.7632 C 18.32

0 C 9. 2 , C 6.7

& C .5215.214.2

t C . 1;L C . 76

) s< r ra$ioA$ 1

m a m

.7.15 4 .235 53.9. 8 38.1 .219 51.5

.72.15 39.9 .225 53.2. 8 38 .2 7 5 .7

&A

m. 8 .15 39.91 1 38. 1 1

.52F

m.16 .3 38.83 3 36.41 1

K"!%n" N +" ^A *"n ^F * "nt"!" n +" :"n' * *"p"t *"! nt%!po+"s

&^"

A$ 15=m " m

. 8 39.91 .23 53.27.58 26.38 .1 35.54

.15 38. 1 .21 5 .78

.52

^ 5 =L 6

m " m.3 1 3.4 92 . 1 78.3193

.69 1 5.63891662 . 74 835 93.8989848

^ F C^ A C

$"*" ,"&%+ %&st%! & K"p"+ R"n "n

MA

MF



.16 1 2.6 92 - . 13 72.7294

A$ 15 2m 26.38 35.54 34.47" . 99 - .1529 - .1348

m A$ 15=

1 .46

.63.251731 699

14.7 5.58.85 1 .89 4.131 9.26 3.51

2 4

5

1

15

2

25

3

35



0 C 8.954 C .251731 7

& C 2.2546.18

5.18.69 19433

.5785124

2 3 4a m a m a m

. 51 53.6 . 37 63.3 . 35 92.1

. 23 5 .9 . 13 6 .7 . 14 88.2

. 46 53 . 36 62.9 . 38 91.5

. 18 5 .4 . 12 6 .6 . 12 87.6

15OL**" m "

.226 .2 82 53.27 6 5 .78 7 . 465 . 18585OL**

" m ".3249 .3 8 56.49 8 5 .21 9 . 825 . 693

* "t"s s% n''" t%! "* p!os%s nt%!po+"s nt k m%n*"p"tk"n ^A *"n ^F !"n

Lpp 2 =Lpp 3 =Lpp 4 =" m " m " m. 5 53. 6 . 4 62.94 . 4 91.56

- .15 34.47 - .13 46.35 - .14 63.79. 2 5 .45 . 1 6 .61 . 1 87.66

L 7 =L 8 =L 85" m " m " m

. 247 56.8697 . 498 52. 5 4 . 664 56.49 8. 3 55273 69.1329952 . 8631171 69.3585676 . 9222435 73.9932939

^ F C

^ A C^ F C

^ A C

'"n * &">" & 1 C <7 *"n & 2 C <72 s% n''" t%! "* p!os%s %kst!"po+"s



. 226 52.4697 . 367 45.84 3 . 572 5 .21 9

3 4 45 5 6 746.35 63.79 98. 1 1 5.64 93.9 69.13

- .144 - . 24 - . 1 4 . 7 . 3 6 . 86

2 = 3 = 4 = 45= 5 = 6 =13.95 2 .93 27.91 31.39 34.88 41.86

"6.4 7.93 23. 6 37.54 43.45 42. 74.74 5.88 17. 9 27.82 32.21 31.184. 3 5. 14.53 23.65 27.38 26.51

6 8 1 12



45 5 6a m a m a m

. 8 1 5.2 - . 6 1 2.6 - . 2 77.6

. 3 1 4.1 - . 7 1 1.8 - . 4 72.1

. 12 1 5.2 - . 3 1 3.5 . 1 78.4

. 7 1 4.2 - . 4 1 2.7 - . 1 72.8

20OL** 30m " m

53. 6 5 5 .45 4 . 361 . 121 62.94 3 6 .61 180 OL** 70

m " m52. 5 4 45.84 3 . 664 . 572 56.8697 52.4697

"n'"n

Lpp 45=Lpp" m ". 1 1 5.2 .

- . 2 98. 1 - . 1. 1 1 4.19 .

L F$" m "

. 825 38.83 3 .3249.11929874 45.5755167 .372 647



. 693 36.41 1 .3 8

8 85 F$69.36 73.99 45.58

. 92 .1193 .372

7 = 8 = 85= F$ h48.83 55.81 59.3 69.76

37.1 37.87 43.58 45.1227.49 28. 7 32.3 33.4423.37 23.86 27.45 28.43

14

.63

.851



7 8a m a m a m

. 22 56.6 . 48 52.5 . 66 57.3

. 19 52.2 . 34 46.2 . 59 51.2

. 25 56.9 . 5 52 . 665 56.4

. 23 52.5 . 37 45.8 . 57 5 .1

L** 40OL**" m "

. 377 . 122 91.56 5 87.66 5 . 116 . 66L** 60OL**

" m ". 498 . 367 78.3193 72.7294 . 247 . 226



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V2Fn A .35 1 Z3 ! AFn .41 1 Z3 ! Fn V1 .1752248445 1 Z3 ! V1



V3Fn A .35 1 Z3 ! AFn .41 1 Z3 ! Fn V1 .2141636988 1 Z3 ! V1

V4Fn A .35 1 Z3 ! AFn .41 1 Z3 ! Fn V1 .2531 25531 1 Z3 ! V1

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'!"#k L st"n*"! ' +* "mm%!

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Fn 5 .292 414 74 L 5 . 341635232



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6 7 8 9 1 11 12 13 14 15

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. 374925373 . 374925373 . 374925373

. 781537 3 1. 366263329 .9118 85 58

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. 9262217 . 9 85382 . 8942 6. 4 . 4 . 4. 7 . 7 . 7. 4 . 4 . 4

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16



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4.32338632 2 -

. 181 77793= L " t m *s p. 119 m2/s

9.81 m/s21 t/m3

.2949473637



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.8965976543 -

. 374925373 -2.5881874535 -

-

-. 268979296 -

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. 8821869 -. 4 -. 7 -. 4 -

3.55 5677616 -3.9 56245378 -

517.7334221525 k'39.68198878 9 K

53.264414471 0$45.634287 981 K61.254 766417 0$



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56 56--1 E k1 E (1 E k1) - (1 E k2) l 56 56

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no & +&o s &o> (R& )1 1



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1.15 $% 68.5412622 141.99272151. 6324 3 1 5.784577

12 13 14 15 16

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Data TMK Okky Part 00

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Transcript of Data TMK Okky Part 00