P P
r r
o o
g g
r r
a a
m m
S S
t t
u u
d d
i i
D D
i i
p p
l l
o o
m m
a a
I I
I I
I I
T T
e e
k k
n n
i i
k k
P P
e e
r r
k k
a a
p p
a a
l l
a a
n n
I I
I I
I I
- -
1 1
1 1
U U
n n
i i
v v
e e
r r
s s
i i
t t
a a
s s
D D
i i
p p
o o
n n
e e
g g
o o
r r
o o
S S
e e
m m
a a
r r
a a
n n
g g
G G
U U
S S
Z Z
A A
Z Z
I I
F F
T T
I I
T T
A A
H H
P P
. .
L L
G G
6 6
3 3
1 1
Jarak Maksimal = 0,08 x Lpp = 0,08 x 86,2 = 6,896 m
Diambil 11 jarak gading dimana disesuaikan dengan jarak gading
yaitu: 9 x 0,6 + 2 x 0,5 = 6,40 m
2.4. Sekat antara Ruang Muat I, II, III Ruang muat direncanakan 3 yaitu dengan perincian :
a. Ruang Muat I = FR 34 – FR 67
b. Ruang Muat II = FR 67 – FR 100 c. Ruang Muat II = FR 100 – FR 133
1. Perhitungan Dasar Ganda
Untuk menghitung volume ruang mesin maka harus membuat dengan CSA geladak dan CSA tinggi dasar ganda.
Pada Ruang Muat harus mempunyai dasar ganda h
min
= 600 mm H = 350 + 45 x B mm
= 350 + 45 x 18
= 1160 mm Direncanakan 1,2 m
Dasar ganda Ruang Mesin ditambah 20 ht ht = 1,2 + 20 x 1,2
= 1,2 + 0,440 = 1,44 m
Am Db Ruang Muat = B x H
RM
x Cm = 18 x 1,2 x 0.98
= 21,168 m
2
Am Db’ Kamar Mesin = B x H
RM
x Cm = 18 x 1,44 x 0.98
= 25,402 m
2
Menentukan Am Am = B x H x Cm
= 18 x 8,6 x 0.98 = 151,700
m
2
Tabel Luas Station = Am = 151,700
m
2
Am Db = 21,168 m
2
Am Db’ = 25,402 m
2
P P
r r
o o
g g
r r
a a
m m
S S
t t
u u
d d
i i
D D
i i
p p
l l
o o
m m
a a
I I
I I
I I
T T
e e
k k
n n
i i
k k
P P
e e
r r
k k
a a
p p
a a
l l
a a
n n
I I
I I
I I
- -
1 1
2 2
U U
n n
i i
v v
e e
r r
s s
i i
t t
a a
s s
D D
i i
p p
o o
n n
e e
g g
o o
r r
o o
S S
e e
m m
a a
r r
a a
n n
g g
G G
U U
S S
Z Z
A A
Z Z
I I
F F
T T
I I
T T
A A
H H
P P
. .
L L
G G
6 6
3 3
1 1
Station Thd Am
Luas Thd Am Am Db RM
Am Db’ KM AP
0,25 0,5
0,75 1
1,5 2
2,5 3
4 5
6 7
7,5 8
8,5 9
9,25 9,5
9,75 FP
0,023 0,071
0,156 0,245
0,339 0,525
0,696 0,833
0,929 0.990
1,000 0,995
0,934 0,839
0,704 0,533
0,345 0,249
0,159 0,072
0,000 3,416
10,803 23,610
37,183 51,376
79,616 105,534
126,362 140,871
150,183 151,700
150,942 141,636
127,285 106,774
80,842 52,299
37,803 24,072
10,961 0,000
- -
- -
- -
14,818 17,569
19,686 20,956
21,168 20,956
19,686 17,781
14,818 11,219
7,197 5,292
3,387 -
- -
- -
- 8,637
13,209 17,781
21,083 -
- -
- -
- -
- -
- -
- -
2. Perhitungan Volume Ruang Mesin
Volume ruang mesin yang terletak antara frame 15 – 34 No Luas Station FS Hasil Kali
No Luas Station FS Hasil Kali
15 44.804
1 44.804
26 80.369
4 321.476
16 48.195
4 192.780
27 83.211
2 166.422
17 51.631
2 103.262
28 85.848
4 343.392
18 54.815
4 219.260
29 88.435
2 176.87
19 58.060
2 116.120
30 90.834
4 363.336
P P
r r
o o
g g
r r
a a
m m
S S
t t
u u
d d
i i
D D
i i
p p
l l
o o
m m
a a
I I
I I
I I
T T
e e
k k
n n
i i
k k
P P
e e
r r
k k
a a
p p
a a
l l
a a
n n
I I
I I
I I
- -
1 1
3 3
U U
n n
i i
v v
e e
r r
s s
i i
t t
a a
s s
D D
i i
p p
o o
n n
e e
g g
o o
r r
o o
S S
e e
m m
a a
r r
a a
n n
g g
G G
U U
S S
Z Z
A A
Z Z
I I
F F
T T
I I
T T
A A
H H
P P
. .
L L
G G
6 6
3 3
1 1
20 61.577
4 246.308
31 93.374
2 186.748
21 64.575
2 129.150
32 95.872
4 383.488
22 67.906
4 271.624
33 98.223
1.5 147.3345
23 71.029
2 142.058
33,5 99.384
2 198.768
24 74.260
4 297.040
34 100.525
0.5 50.2625
25 77.390
2 154.780
∑= 4255,283
Volume ruang mesin V =
13 x h x
= 13 x 0,6 x 4255,283
= 851,057 m
3
Volume dasar ganda ruang mesin terletak antara frame 15 sd 34
No Luas Station FS Hasil Kali No Luas Station FS Hasil Kali
15 9,040
1 9,040
26 16,041
4 64,160
16 9,677
4 38,710
27 16,678
2 33,360
17 10,313
2 20,630
28 17,314
4 69,260
18 10,950
4 43,800
29 17,923
2 35,850
19 11,586
2 23,140
30 18,431
4 73,720
20 12,222
4 48,890
31 18,913
2 37,830
21 12,859
2 25,720
32 19,374
4 77,500
22 13,495
4 53,980
33 19,824
1.5 29,740
23 14,132
2 28,260
33,5 20,044
2 40,090
24 14,768
4 59,070
34 20,268
0.5 10,130
25 15,405
2 30,810
∑= 853,700
Volume dasar ganda ruang mesin V = 13 x h x
= 13 x 0.6 x 853,700= 169,026 m
3
3. Perhitungan Volume Ruang Muat
