Analisis Fatigue Life Pada Geladak Kontainer Dengan Metode Elemen Hingga - Repository ITK

2

1000 3

210000 ²

20

213333.3333 ⁴ 10666.66667 ³ 40

.172 .156

.

3

.

6.058 19.504 118.155232 ² 118155232 ²

32

Pressure muatan 100% = jumlah beban kontainer x gravitasi panjang kontainer x lebar kontainer

.! "/$^%

&&!&''()( ""^%

*_+, = -_&∗ / * 0⁽∗ 1 ∗ (0.123 − 0.015 ∗ /₇

1.070268486 x 7.804101771 ²x 23.5 x (0.123 0.015 x 0.809) 194307.6073

194307607283.10 Hogging

* * *

2x 23.5 x 7.804101771 x 0.153877481 x 1 x 1 252016.7886

252016788602.70 Sa

* * *

2x 23.5 x 7.804101771 x 0.166086963 x 1 x 1 272013.1798

272013179782.51 Hogging

194307607283.10 252016788602.70 446324395885.80

Sa

194307607283.10 272013179782.51 466320787065.61

4

DNV ,

a 1.

) 186.1

2. ( ) 463000

3. ⁸ ( ) 631000000

4.

5. 2728977782808.05

6. 19.69

7. 0.13

8. (1 + )

100% muatan,

= (1 + ℎ ≤ ")

. $ % &$

'(')*((()') ). +

)

^19.693

,

,-./0 1/2-

, 3 45 67 '

.)

3 1

a

1.

) 1

2. ( ) 1310000

3. ⁸ ( ) 631000000

4.

5. 2728977782808.05

6. 13.81

7. 0.13

8. (1 + )

100% muatan,

= (1 + ℎ ≤ ")

. $ % &$

'(')*((()') ). +

)

³

,

,-./0 1/2-

, 3 45 67 '

.')

3 1

a 1.

)

2. ( ) 3510000

3. ⁸ ( ) 631000000

4.

5. 2728977782808.05

6.

= (1 + ℎ ≤ ) .

!"!#$"""#!# #. %

)

^8.673

07

0 ,

&'()* +),'

& - ./ 01

! . "

- 1

289.01

a

1. 2

3 )

2. (2 ) 28700000

3. ⁸ (45) 631000000

4.

5. 2728977782808.05

6.

7. 0.13

8. (1 +₆₇)

100% muatan,

= (1 + ℎ ≤ )

.

!"!#$"""#!# #. %

)

³

,

&'()* +),'

& - ./ 01

!

.

- 1

Hogging

a Hogging

1. 2

3 )

2. (2 ) 241000

3. ⁸ (45) 631000000

4.

5. 2728977782808.05

6.

7. 0.13

8. (1 +₆₇)

Hogging muatan,

= (1 + ℎ ≤ )

.

!"!#$"""#!# #. %

)

³

Hogging ,

&'()* +),'

& - ./ 01

! ."

- 1

a Hogging

1. 2

3 )

2. (2 ) 600000

3. ⁸ (45) 631000000

4.

Hogging muatan,

= (1 + ℎ ≤ )

.

!"!#$"""#!# #. %

)

³

Hogging ,

&'()* +),'

& - ./ 01

! .%$

- 1

a Hogging

1. 2

3 )

2. (2 ) 2210000

3. ⁸ (45) 631000000

4.

5. 2728977782808.05

6.

7. up 0.13

8. (1 +₆₇)

Hogging muatan,

= (1 + ℎ ≤ )

.

!"!#$"""#!# #. %

)

³

Hogging ,

&'()* +),'

& - ./ 01

! . 8

- 1

a Hogging 1.

) 56.96

2. ( ) 17100000

3. ⁸ ( ) 631000000

4.

5. 2728977782808.05

6. 4.87

7. 0.13

8. (1 + )

Hogging muatan,

= (1 + ℎ ≤ ")

. $ % &$

'(')*((()') ). +

)

^4.873

0.1

Hogging 25 ,

,-./0 1/2-

, 3 45 67 '

8.)(

3 1

638.11

Sa g

a Sa

1.

)

2. ( ) 235000

3. ⁸ ( ) 631000000

8. (1 + )

= (1 + ℎ ≤ )

. ! "

#$#%&$$$%#% %. '

)

³

Sa ,

()*+, -+.)

( / 01 23

# .%%

/ 1

a Sa

1. 4

5 )

2. (4 ) 562000

3. ⁸ (67) 631000000

4.

5. 2728977782808.05

6.

7. 0.13

8. (1 + )

= (1 + ℎ ≤ )

. ! "

#$#%&$$$%#% %. '

)

³

Sa ,

()*+, -+.)

( / 01 23

# .""

/ 1

a Sa

1. 4

5 )

2. (4 ) 2000000

3. ⁸ (67) 631000000

4.

5. 2728977782808.05

6. 11.35

7. 0.13

8. (1 + )

50

= (1 + ℎ ≤ )

. ! "

#$#%&$$$%#% %. '

)

^11.353

0.15

Sa 50 ,

()*+, -+.)

( / 01 23

# . '

/ 1

129.09

a Sa

1. 4

5 )

2. (4 ) 14100000

3. ⁸ (67) 631000000

4.

= (1 + ℎ ≤ ) .

!"!#$"""#!# #. %

)

³

Sa ,

&'()* +),'

& - ./ 01

!

.

- 1

6

“

” .

, S.T., M.T.