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Perhitungan Tebal Pelat Kapal Lpp = 105 m Lkont= 104.64 B = 15 m H = 10.0 m T = 7.0 m Vs = 16 Knot Cb = 0.630 m Cm = 0.977 m Perhitungan Tebal pelat kapal : Keterangan : t = tebal pelat kapal (mm) t' = tebal material (mm) tk = korosi ijin Untuk t' = < 10 mm, maka tk = 1.5 Untuk t' > 10 mm, maka tk = 0.1 x t' + 0.5 (Maksim n = 8.5 untuk sistem konstruksi melintang a = jarak pengkaku/penguat melintang (m) C1 = koefisien gelombang k = faktor material Ketebalan pelat dasar kapal dengan panjang kapal kurang dari 100 me dicari dengan menggunakan persamaan di bawah ini: t = t' + tk C1 = 0.0282 x Lpp untuk Lpp < 100 meter = 3.0 (untuk Lpp > 100 memakai 0.0282xL) Po = 10.5 x C1 = 31.1 b = 1 Pb = 10 x T + Po x (0.5 + b) = 116.6 a = Lpp/500 + 0.48 = 0.7 m dengan = k = 1 Untuk kapal baja dengan struktur lambung n = 1 Untuk konstruksi melintang Maka t' = = 1.6 m Tebal Pelat Alas = L kont 0.96 x Lwl Pb = beban pada dasar kapal (kN/m 2 ) kN/m 2 kN/m 2 n x a x [((Pb x k) / (16.5 + (Lpp/50))] 1/2 ) x (1 + (Lp Co 10.75(300-L/100) ½

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Perhitungan Tebal Pelat KapalLpp = 105 m Lkont= 104.64B = 15 mH = 10.0 mT = 7.0 mVs = 16 KnotCb = 0.630 mCm = 0.977 mPerhitungan Tebal pelat kapal :Keterangan :t = teba peat kapa !mm"t#= teba mater$a !mm" tk = koros$ $%$n &nt'k t# = ( 10 mm) maka tk = 1.5&nt'k t# * 10 mm) maka tk = 0.1 + t# , 0.5!-aks$m'm 40 mm" n=..5 'nt'k s$stem konstr'ks$ me$ntanga= %arak pengkak'/peng'at me$ntang!m"C1= koe0s$en geombangk= 1aktor mater$aKetebaan peat 2asar kapa 2engan pan%ang kapa k'rang 2ar$ 100 meter 2apat 2$3ar$ 2engan mengg'nakan persamaan 2$ ba4a5 $n$:t = t' + tk C1 = 0.06.6 + Lpp'nt'k Lpp ( 100 meter= 3.0 !'nt'k Lpp * 100 memaka$ 0.06.6+L"7o = 10.5 + C1 = 31.1b = 17b = 10 + T , 7o + !0.5 , b"= 116.6a = Lpp/500 , 0.4.= 0.7 m2engan =k = 1 &nt'k kapa ba%a 2engan str'kt'r amb'ng b$asa) 2ann = 1 &nt'k konstr'ks$ me$ntang-akat# == 1.6 mTebal Pelat Alas=Lkont 0.96 + L4 =7b= beban pa2a 2asar kapa !k8/m6"k8/m6k8/m6 n + a+ 9!!7b + k" / !16.5 , !Lpp/50"":1/6" + !1 , !Lpp/300" ; !H/65"" Co10.75!300;L/100" 90 m)Cr4 == = 1aktor pe'ang 'nt'k peat amb'ng 'ar = 17o = .1.76tk == 0.667b = !10 + T" , ! 7o + C1 "7b = 151.76tb aas = 17 mmTebal Pelat ilga7s = beban peat s$s$7s = 10 + ! T;>" , !T + C1 + !1 , !>/T""> = T ? ! < + !T;@ B$ga " > = 4.6.57s = 34..35tb b$ga = 10 mmTebal Pelat !isitb s$s$ = . mmTebal Pelat "eeltb keel = tb alas + #19 mmCLkoe0s$en 2aera5 peaAaran ) 2$g'nakan $ 'nt'k 2aera5 tak terbatas7o = 2,1 + !Cb , 0,7" + Co + CL + = + Cr4!0)1 + tB"/ !K"< , 0.5tb alas = $%9 & n' & a & (Pb( ")$)# + tktb b$ga = 1)9 + n1 + a + ! ps + k " < , tk , 6tb bilga = $%9 & n' & a & ( ps & k ) * + tk + #tb sisi = $%9 & n' & a & ( k & Ps )$)# + tktb kee = Ketebaan peat 2asar kapa 2engan pan%ang kapa k'rang 2ar$ 100 meter 2apat &nt'k kapa ba%a 2engan str'kt'r amb'ng b$asa) 2an" + !1 , !Lpp/300" ; !H/65"" 'nt'k 2aera5 tak terbatasTABEL A1STATIONF.M (n) F.S (S)0 !L" 1 !L 1 !L0 !L 0#$ !L 1 !L Fun%ti&nM&ent 'al( girthS) * 1 S) * + S) * 1 &( area, &( !P M&ent-*-.S) -.S - -.S) -.S -*-.S) -.S -.S.n (-.S.n)n gAP .10 1 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.001 ./ + 0.00 0.00 0.10 0.12 0.12 0.30 1.02 0./$ 4.20 .4+.30 0.03 0.02 ./.03 20.+2 1.0+3 .2 3 0.4+ 0.12 0.02 4.13 1.$1 0./+ 1.22 +.+0 2.20 .00.+0 0.24 1.11 .1$.0+ 130.43 1.$14 .0 + 0.04 3./3 1.$$ 1.3 1.30 1.23 0.32 2.0$ 4$.00 .3+$.00 1.04 3+.11 .$0./1 4$1.03 3.40+ .1 3 1.41 3.13 3.0$ 11 $.$0 4.40 1.10 1$.11 41.33 .120.43 4$./+ 01.20 .4/.10 340.10 4.11$ .$ + 3.4/ /.$1 +.$4 12.13 12.13 $.10 30.12 3$.12 103.03 .$14.10 142.1/ $$3.0$ .104.+0 $10.00 $.+31 .+ 3 4.2+ 0.12 $.00 33.2 11.+0 1.10 13.4+ 43.21 1$.13 .313.+2 34+.2/ +1/.00 .+/.41 1/0.++ 1.+20 .4 + +.24 1/.43 1.3/ 3$.11 3$.11 1.04 31./3 41.03 1+1.22 .++0.1+ 40+.23 131/.32 .20.01 3+3.32 0.012 .3 3 $.13 10.3+ 1.+0 3$.1 13.20 1.2/ 14.02 40.11 0$.33 .1$0.++ 430.02 1$+.10 .30.$1 $$.13 0.33/ .1 + $.14 30.$3 1.$/ 31.41 31.41 0.01 32.3+ 42.$$ 1$+.30 .1$+.30 4$1./0 1+00.$2 .32.3+ 32.3+ 0.4/10 0 3 $.14 10.31 1.$/ 31.41 14.12 0.01 1+.13 38.55 00.10 0.00 4$1./0 004.0/ 0.00 0.00 0.4/11 1 + $.14 30.$3 1.$/ 31.41 31.41 0.01 32.3+ 42.$$ 1$+.30 1$+.30 4$1./0 1+00.$2 32.3+ 32.3+ 0.4/13 3 3 +.23 /.1+ 1.++ 3$.01 13.22 1./0 14./+ 40.$$ 0$.10 1$0.30 442.11 100.33 30.22 $$.01 0.3014 4 + +.3$ 10.00 1.04 3+.13 3+.13 1.$/ 31.41 4+./1 14/.2+ +1/.$3 321.1/ 11++.01 0/.02 340.3+ 1.2$1+ + 3 4.+0 1./+ $.+$ 31.2 10./0 $./0 11./+ 41.3+ 13.+2 3+/./3 313.02 +3$.$$ +0.01 1/1.0+ 1.3/1$ $ + 3.++ /.01 +.41 10.++ 10.++ +./1 1/.2+ 3+.2+ //.41 +/1.20 133.03 +22.10 //.30 +/1.00 $.3411 1 3 1.02 3.11 3./1 11.1+ $.23 4.13 0.3+ 11.4+ 43.12 1/1.02 +0.++ /+.22 +4.++ 310.1+ 4.2110 0 + 0.3$ 1.00 1.$4 1.13 1.13 3.1/ 2.01 2.$1 4+.3+ 34/.12 10.$0 +3.01 11.43 +3/.3+ 3.+112 2 3 0.00 0.00 0.$/ 3.41 1.12 1.10 3.30 4.+1 1./3 $$.41 1.44 3.11 10.10 1+0.20 1.+/1/ / + 0.00 0.00 0.00 0 0.00 0.30 1.02 0.30 1.02 /.03 0.03 0.02 /.03 20.+2 0.+4FP 10 1 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.001$0.23 33$.02 3$3.$3 1401.+1 .21.20 /420./3 /.10 4012.1+Si,&n ult (S) 1 + 11$0.23 /04.13 3$3.$3 1401.+1Mult (&r la5er (n) .1 0 1 38.55.1$0.23 0 3$3.$3 101.006ube, &( Or7inate,Fun%ti&n &( 6ube,Fun%t (&r 68 &( !P.-S) (-S))S (-S))Sn -4(-4)SFunti&n &( !L -,+14 $10 (-.S ).S)1/ * (-.S ).S).n3TABEL A3STATIONF.M (n) F.S (S)1 !L" 3 !L 3 !L1 !L 1.$ !L 3 !L Fun%ti&nM&ent 'al( girthS) * 1 S) * + S) * 1 &( area, &( !P M&ent-*-.S) -.S - -.S) -.S -*-.S) -.S -.S.n (-.S.n)n gAP .10 1 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.001 ./ + 0.30 1.02 0.43 1.32 1.32 0.4$ 1.+0 1./0 0.10 .12.+0 0.0+ 0.10 .13.10 114.+0 3.0+3 .2 3 0./+ 1.22 1.01 +.0+ 3.03 1.10 3.30 1.02 13.11 ./0.32 1.44 3.11 .10.10 1+0.20 3.$04 .0 + 1.23 0.32 3.01 2.0+ 2.0+ 3.31 /.0+ 13.13 +2.+2 .44/.41 11.$+ +1.10 .14.32 ++3./1 4.4/+ .1 3 4.40 1.1 4.03 1+.22 0.++ +.0/ 2.12 33.30 ++.$+ .310.3+ 12.+3 141.2+ .+/.02 3/+.+2 +.2/$ .$ + $.10 30.12 $.+/ 31./1 31./1 $.00 33.20 43.24 141.43 .1$1.10 12$.1/ 0+0.00 .11+.00 $00.00 1.$11 .+ 3 1.10 13.4+ 1.+3 3$.12 13.2+ 1.$2 14.11 42.+4 01.21 .400.++ 32+.2/ $1/.02 .$3.1+ 310.$1 0.110 .4 + 1.04 31./3 1./0 30.22 30.22 0.10 32.+0 +1.01 111.2+ .$00.$3 4$0./1 1+41.1+ .2$.30 3$$.10 2.142 .3 3 1.2/ 14.02 0.12 32.03 1+.41 0.4$ 1+.00 +3./1 2$./3 .101.2+ 4/0.00 0/+.14 .3/.+0 $2.20 2.43/ .1 + 0.01 32.3+ 0.44 3/.43 3/.43 0.+0 3/.22 +4.2$ 10$.+0 .10$.+0 +11.24 1110.44 .3/.22 3/.22 2.+210 0 3 0.01 1+.13 0.44 3/.43 1+.11 0.+0 1+./+ 43.85 20.00 0.00 +11.24 244.10 0.00 0.00 2.+211 1 + 0.01 32.3+ 0.44 3/.43 3/.43 0.+0 3/.22 +4.2$ 10$.+0 10$.+0 +11.24 1110.44 3/.22 3/.22 2.+213 3 3 1./0 14./+ 0.33 32.22 1+.++ 0.+0 1+.20 +4.3$ 21.$0 104.00 +0$.33 210.+$ 3/.10 $/.30 2.4014 4 + 1.$/ 31.41 1./1 30.2+ 30.2+ 0.10 32.12 +1.10 111.+0 +//.30 412.10 1+0+.+1 21.0+ 3$2.13 2.0+1+ + 3 $./0 11./+ 1.4$ 3$.+ 13.00 1.11 14.33 40./2 0$./1 404.2+ 322.20 $00.11 $3.22 311.$3 0.+21$ $ + +./1 1/.2+ $.40 31.+2 31.+2 $.00 33.20 43.1+ 132.$1 1+3.20 12$.1/ 0+0.00 11+.00 $00.00 1.+211 1 3 4.13 0.3+ +.1$ 11.1 2.40 +.$1 /.03 3+.04 +/.+1 3/1.01 /1.04 124.+0 $+.13 43+.03 $.3110 0 + 3.1/ 2.01 3.01 10.2+ 10.2+ 4.1$ 13.10 11.12 1+.03 +$4.0+ 41.31 13$.03 22.30 110.+0 4.2112 2 3 1.10 3.3 1.$0 1.32 4.1+ 1./3 4.2+ /.40 12.10 1+2.20 0.02 1+.11 40.03 3+$.01 3.021/ / + 0.30 1.02 0.$1 3.3+ 3.3+ 0.21 4.3+ 4.43 14.32 11/.$3 0.$4 3.14 3/.11 313.++ 1.$0FP 10 1 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.003$3.$3 300.10 323.02 111$.00 332.32 11212.$1 10./3 +1/$.$3Si,&n ult (S) 1 + 13$3.$3 1020.+0 323.02 111$.00Mult (&r la5er (n) .1 0 1 43.856ube, &( Or7inate,Fun%ti&n &( 6ube,Fun%t (&r 68 &( !P.-S) (-S))S (-S))Sn -4(-4)SFunti&n &( !L -,+1 4 $10 (-.S ).S)1/ *.3$3.$3 0 323.02 40.31TABEL A4STATIONF.M (n) F.S (S)3!L "4 !L 4 !L3 !L 3.$ !L 4!L Fun%ti&nM&ent 'al( girthS) * 1 S) * + S) * 1 &( area, &( !P M&ent-*-.S) -.S - -.S) -.S -*-.S) -.S -.S.n (-.S.n)n gAP .10 1 0.00 0.0 0.00 0.0 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.001 ./ + 0.4$ 1.+ 0.42 1.$3 1.$3 0.+3 1.12 3.3/ /.11 .23.++ 0.00 0.40 .1$.13 141.02 4.0+3 .2 3 1.10 3.3 1.1/ +.01 3.42 1.41 3.03 0.33 1+.++ .11$.$3 3.$3 $.04 .31.01 10+.02 4.114 .0 + 3.31 /.0+ 3.$4 10.13 10.13 3.2+ 11.41 1$.33 10.22 .+31.11 33./1 /1.14 .0/.$3 $$1.1+ +.$$+ .1 3 +.0/ 2.12 +.4/ 10.$1 2.02 +.1+ /.32 31.3/ $3.$2 .41$.+2 //./0 1//.0/ .$$.12 44+.02 1.04$ .$ + $.00 33.2 $.22 34.$3 34.$3 1.04 3+.13 4$.3$ 1+1.00 .00$.00 31/.31 200.03 .130.10 104.00 0.111 .+ 3 1.$2 14.11 1.01 31.2+ 14.+3 1.21 14.13 +0.34 20.+1 .431.2+ 41$.23 141.1+ .$+.+2 310./3 2.$/0 .4 + 0.10 32.+0 0.12 32.03 32.03 0.34 32./3 +4.0$ 103.30 .$11.10 400./4 1$11.04 .21.01 310.32 /.1+2 .3 3 0.4$ 1+.00 0.+1 3/.1+ 1+.23 0.+4 1+.21 ++.+3 22.2+ .100.12 +10.10 230.4+ .3/.03 $/.++ /.44/ .1 + 0.+0 3/.22 0.$0 40 40.00 0.$0 40.00 ++./0 10/.22 .10/.22 +31.22 1120.$0 .40.00 40.00 /.+210 0 3 0.+0 1+./+ 0.$0 40 1$.00 0.$0 1$.00 44.97 2/./+ 0.00 +31.22 2+4.0$ 0.00 0.00 /.+211 1 + 0.+0 3/.22 0.$0 40 40.00 0.$0 40.00 ++./0 10/.22 10/.22 +31.22 1120.$0 40.00 40.00 /.+213 3 3 0.+0 1+.20 0.+2 3/./3 1+./1 0.+/ 1+./2 ++.21 2/.13 10/.3+ +30.1/ 2+0.42 3/./1 $/./3 /.4014 4 + 0.10 32.12 0.31 3/.0+ 3/.0+ 0.3/ 3/.11 +4.$0 10+.00 $33.00 420.+3 1$+/.12 20.+2 313.++ /.0$1+ + 3 1.11 14.33 1.01 30.0+ 14.$3 1.24 14.11 +0.+2 20./1 434.2+ 412.11 140.33 $+.1+ 312.$1 2.$01$ $ + $.00 33.20 $./0 34.10 34.10 1.00 3+.00 4$.40 1+1.30 001.00 311.00 21+.00 130.00 100.00 0.$411 1 3 +.$1 /.03 +.0+ 12./1 /.+2 +.22 /.01 32.4$ $1.00 4+0.30 111.31 343.+4 $2.$1 4$1.41 1.3210 0 + 4.1$ 13.1 4.++ 14.01 14.01 4.10 1+.+0 30.$1 23.0+ $0+.32 +1.11 121.13 100.20 00$.10 +./112 2 3 1./3 4.2+ 3.14 2.$3 +.31 3.32 +.$1 13.03 3$.++ 304.$3 11.2$ 34.00 41.+2 3/1.2+ 4.2$1/ / + 0.21 4.3+ 1.00 + +.00 1.13 +.+2 $./4 34.03 314.+2 1.+0 $.13 +0.43 413.22 3.11FP 10 1 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00323.02 3/0./0 3/1.$1 10+3./+ +01.2+ 131/$./0 1+.10 $3$+.13Si,&n ult (S) 1 + 1323.02 1114.10 3/1.$1 10+3./+ (-.S ).S).n36ube, &( Or7inate,Fun%ti&n &( 6ube,Fun%t (&r 68 &( !P.-S) (-S))S (-S))Sn -4(-4)SFunti&n &( !L -,+1 4 $10 (-.S ).S)1Mult (&r la5er (n) .1 0 1 44.97.323.02 0 3/1.$1 14.02TABEL A+STATIONF.M (n) F.S (S)4!L"$ !L $ !L4 !L + !L $ !LFun%ti&nM&ent 'al( girthS) * 1 S) * + S) * 1 &( area, &( !P M&ent-*-.S) -.S - -.S) -.S -*-.S) -.S -.S.n (-.S.n)n gAP .10 1 0.00 0 0.00 0 0.00 0.33 0.33 0.33 0.33 .3.30 0.01 0.01 .3.30 33.00 0.3+1 ./ + 0.+3 1.12 0.0$ 4 4.00 1./0 0.22 $.4/ 31.$1 .1/+.0+ 0.1$ 40.$2 .00./3 142.32 $.003 .2 3 1.41 3.03 3.3$ / +.$0 4.31 1.$3 14.13 30.3+ .310./3 4+.1$ 1/.3/ .$3.11 +10.32 1.424 .0 + 3.2+ 11.41 4.1+ 1+.$1 1+.$1 +.+1 10.1+ 31.21 20.3+ .110.12 2$.00 4+4.01 .134.+2 21+.41 0.0/+ .1 3 +.1+ /.32 $.0+ 30.11 10.02 $.+1 10.23 40.31 10.+3 .413.$3 1$2.4+ 411.12 .1+./3 42/.$3 2.10$ .$ + 1.04 3+.13 1.3+ 3+./1 3+./1 1.+1 3$.1+ 40.+0 1+/.10 .0+2.00 314.40 10$4.$0 .132.30 1+1.00 /.1$1 .+ 3 1.21 14.13 1./4 30.03 14.21 0.01 1+.03 +1.$+ 24.02 .443.43 4++.+0 122./+ .$1.02 33+.43 10.100 .4 + 0.34 32./3 0.30 3/.02 3/.02 0.32 3/.13 +4.$/ 10+.41 .$34.02 42$.24 1$+4.41 .20.41 313.02 11.1+2 .3 3 0.+4 1+.21 0.+4 3/.03 1+.21 0.+4 1+.21 ++.$2 2/.11 .102.43 +10.10 230.4+ .3/.03 $/.++ 11.44/ .1 + 0.$0 40 0.$0 40.00 40.00 0.$0 40.00 +$.00 120.00 .120.00 +31.22 1120.$0 .40.00 40.00 11.+210 0 3 0.$0 1$ 0.$0 40.00 1$.00 0.$0 1$.00 45.00 /0.00 0.00 +31.22 2+4.0$ 0.00 0.00 11.+211 1 + 0.$0 40 0.$0 40.00 40.00 0.$0 40.00 +$.00 120.00 120.00 +31.22 1120.$0 40.00 40.00 11.+213 3 3 0.+/ 1+./2 0.+/ 3/./1 1+./2 0.+/ 1+./2 ++./+ 2/.22 10/.01 +30.1/ 2+0.42 3/./1 $/./3 11.4014 4 + 0.3/ 3/.11 0.41 3/.3+ 3/.3+ 0.43 3/.32 +4.2$ 10$.+0 $31.30 4/3.33 1$12.2/ 20.2+ 314.$3 11.011+ + 3 1.24 14.11 1.22 30.$3 14.01 1.20 14.0+ +1.33 23.++ 43/.01 43+.3+ 1+2.+/ $+./1 31/.2+ 10.$11$ $ + 1.00 3+.00 1.00 3+.32 3+.32 1.00 3+.32 41.4$ 1+$.+0 030.00 334.1$ 2/+.$/ 131.+0 100.00 /.$411 1 3 +.22 /.01 $.04 30.13 10.01 $.13 10.3+ 40.13 10.3+ 411.++ 14+.33 312.++ 11.++ 412.1+ 2.4010 0 + 4.10 1+.+ 4.0/ 1$.11 1$.11 4.20 1$.+2 33.14 /0.$3 144.1+ $0./1 341.2+ 102.41 0$2.$3 1./212 2 3 3.32 +.$1 3.+/ /./1 +./2 3.13 $.3+ 1+.21 3/.03 340.01 10./2 4$./0 +1./3 44$.41 $.221/ / + 1.13 +.+2 1.31 $.0+ $.0+ 1.41 $.3+ 0.+0 3/.22 312./3 3.3$ 2.// +0.11 +3+.++ +.14FP 10 1 0.00 0 0.00 0 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.003/1.$1 400.+0 430.30 12+1.41 /$.+0 14$23.00 .13.00 111$.$3Si,&n ult (S) 1 + 1/ * (-.S ).S).n36ube, &( Or7inate,Fun%ti&n &( 6ube,Fun%t (&r 68 &( !P.-S) (-S))S (-S))Sn -4(-4)SFunti&n &( !L -,+1 4 $103/1.$1 133/.10 430.30 12+1.41Mult (&r la5er (n) .1 0 1 45.00.3/1.$1 0 430.30 34.1+TABEL A$STATIONF.M (n) F.S (S)$ !L"0!L 0!L$ !L 1 !L 0 !LFun%ti&nM&ent 'al( girthS) * 1 S) * + S) * 1 &( area, &( !P M&ent-*-.S) -.S - -.S) -.S -*-.S) -.S -.S.n (-.S.n)n gAP .10 1 0.33 0.33 1.$0 1.32 1.$0 3.10 3.10 /.10 /.10 ./1.00 10.$2 10.$2 .31.00 310.00 4.411 ./ + 1./0 0.22 4.02 13.43 13.43 4./0 1$.10 12.1/ 03.01 .1$+.2+ $/.43 340.32 .1+0.+0 1314.10 2.+/3 .2 3 4.31 1.$3 +.00 11.32 2.1+ +.00 /.+0 3+.3+ +2.+2 .420.2+ 104.23 300.1$ .0$.30 101.10 2.2$4 .0 + +.+1 10.1+ +.// 1/./1 1/./1 $.+0 31.10 3/.00 11/.02 .244.$1 1$0.+1 13/.21 .1$1.30 10$2.+0 /.44+ .1 3 $.+1 10.23 $.01 34.0+ 11.$3 1.10 13.30 4+.$$ 1/.10 .+1+.10 331./2 +$4./1 .04.30 +4/.30 10.3/$ .$ + 1.+1 3$.1+ 1.$2 31.43 31.43 1.0$ 30.00 4/.+2 1$0./3 .02/.10 400.$$ 1340.1/ .14$.00 10$.00 11.121 .+ 3 0.01 1+.03 0.11 32.++ 1+.33 0.30 1+.+0 +3.1$ 2$.40 .4+1.30 404.3$ 0+1.$0 .$0.10 340.+0 13.110 .4 + 0.32 3/.13 0.3/ 3/.11 3/.11 0.40 3/.30 +4.0+ 10+./1 .$3+.22 42/.03 1$$1.00 .20.10 313.20 14.1+2 .3 3 0.+4 1+.21 0.+$ 3/.20 1+./0 0.+1 1+./3 ++.1/ 2/.42 .102.01 +1$.11 240.43 .3/.2+ $/.12 14.44/ .1 + 0.$0 40 0.$0 40.00 40.00 0.$0 40.00 +$.00 120.00 .120.00 +31.22 1120.$0 .40.00 40.00 14.+210 0 3 0.$0 1$ 0.$0 40.00 1$.00 0.$0 1$.00 45.00 /0.00 0.00 +31.22 2+4.0$ 0.00 0.00 14.+211 1 + 0.$0 40 0.$0 40.00 40.00 0.$0 40.00 +$.00 120.00 120.00 +31.22 1120.$0 40.00 40.00 14.+213 3 3 0.+/ 1+./2 0.+/ 3/./1 1+./2 0.$0 1$.00 ++./$ 2/./0 10/.20 +31.22 2+4.0$ 40.00 10.00 14.4014 4 + 0.43 3/.32 0.44 3/.43 3/.43 0.4$ 3/.+0 +4.// 10$./1 $30.22 4/0.00 1$22.31 22.30 31+.10 14.011+ + 3 1.20 14.0+ 1.22 30.$3 14.01 1./0 14.20 +1.3/ 23.$2 440.43 432.$1 1$0.03 $$.30 330.20 13.$11$ $ + 1.00 3+.32 1.11 3+.++ 3+.++ 1.1$ 3+.10 41.11 1+1.1+ 044.30 343.11 /40.+4 134.00 11$.00 11.$+11 1 3 $.13 10.3+ $.10 30.12 10.4+ $.30 10.+0 41.00 13.00 403.00 1+0.11 321.33 13.+0 40+.+0 10.4010 0 + 4.20 1$.+2 4./+ 1$.01 1$.01 +.00 11.00 34.14 /+.$3 111.1+ 1+.00 3$1.00 113.00 02+.00 2.//12 2 3 3.13 $.3+ 3.12 10.03 $.41 3.03 $.++ 11.01 43.13 3$1./1 30.13 +0.3$ +4.$3 4+2.11 0.221/ / + 1.41 $.3+ 1.41 $.++ $.++ 1.+0 $.10 2.1$ 43.10 3/4.+0 3.0+ 10./2 $0.+0 +$4.10 1.14FP 10 1 0.00 0 0.00 0 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00430.30 443.$1 4+3.11 1//3.+0 .211.02 1+041.0+ .311.43 2041.3+ (-.S ).S)1/ * (-.S ).S).n36ube, &( Or7inate,Fun%ti&n &( 6ube,Fun%t (&r 68 &( !P.-S) (-S))S (-S))Sn -4(-4)SFunti&n &( !L -,+Si,&n ult (S) 1 + 1430.30 1440.0+ 4+3.11 1//3.+0Mult (&r la5er (n) .1 0 1 45.00.430.30 0 4+3.11 31./11 4 $10 (-.S ).S)1/ * (-.S ).S).n3TABEL A11 !LPr&7u%tg.S0.00+.114.13/.300.3331.1213./132.3+1+.++3/.$11+.023/.$11+.$+30.+013.$230./30.03/.2+3./21.030.00303.13 2TABEL A33 !LPr&7u%tg.,0.002.11$.1+14.$1/.0231.3+1+.4343.$311.1+44./311./144./311.0+43.111+./13$./310.+31$.++$.$11.320.00442.1+ 2TABEL A44 !LPr&7u%tg.,0.0013.110.3312.3013.0140.++10.1241.$112.1140./312./140./312.0+41.3010.0040.1313.$11/.2+0.0010.++0.004//.22 2TABEL A+$ !LPr&7u%tg.,0.3+33.2013.0132.4111.4+42.1031.30++.$133.11+$./333./1+$./333.0+++.3+31.0342.1311.1030./311.0112.$30.00$34.3+ 2TABEL A$0!LPr&7u%tg.,4.4144./110.0040.4330.$2+1.033$.33$3.$131.11$4./331./1$4./331.0+$3.3+3$.03+1.1130.104$./11$.0131.$30.001+0.22 2TABEL B1 ( 0 mWL ~ 1 mWL )Lpp * 10$ = $.3$1306.46B * 1$ = 0.$0101.707 * 1.00= 0.$0-86.80plate thi%9ne,, (t) * 0.01/252.529387.92 * * 3:1;4:1;4:$.3$:0.$:1401.+1 * 762.10 9.603768.64 * 1.03$ : 5&lue * 1.03$ : 013.10 * 781.15 ton 272.6238.55KB*< *(101.00:0.$)0.$ * 0.539 m1401.+1* *(.21.20 : $.3$)* -0.35 m1401.+1!PA * * 3 : 1;4 : $.3$ : 3$3.$3 * 883.82*!PA*224.23= 0.56Lpp: B 10$ : 1$MSA 0 !L " 1 !L * * 3:1;4:0.$0:42.$$ * 12.85MSA (MI=S'IP SE6TION A>EA)* 0 < MSA (0 " 1) * 0 < 13.2$ * 12.85( 0 !L . 1 !L )*MSA*13.2$= 0.86B : 7 1$ : 1* ?&l.7i,pl 0 !L " 1!L* * 0#0 < 013.10 * 762.10*?&l.7i,pla%eent )*013.1= 0.4810$ : 1$ : 1* * 3 : 1;4 : 1;4 : $.3$ : /420./3 * 10952.58TBM * *10/$3.$2* 14.37 m?&lue 7i,pl ) 013.1* */.10 : $.3$* 0.20 m3$3.$3* * = 363520.78LBM * *414$30.02* 477.00 m?&lue 7i,pl ) 013.1!SA 0 !L " 1 !L* * 3:1;4:$.3$:303.13 * 954.17 0 !L " 1 !L7i((eren%e &( !SA * 0.00 (.) 0 !L!SA 0 !L " 1 !L * 954.17Shell 7i,pla%eent*(1#03$;1#000):t:!SA* (1.03$;1):0.01/:/$+.10 = 18.40 ton 0 !L " 1 !L7i((eren%e &( ,hell 7i,pla%eent= 0.00 ton (EA)* MSA (0"$) < MSA ($"0) * 03.+1 < 40.00 * 102.46( 0 !L . 0 !L )*MSA*103.+1= 0.98B : 7 1$ : 0* ?&l.7i,pl 0 !L " 0!L** +20$.+0 < 343+.+0 * 7199.86*?&l.7i,pla%eent )*01//.21* 0.6510$ : 1$ : 0* * 3 : 1;4 : 1;4 : $.3$ : 1+041.0+ * 17192.05TBM * *101/3.0$* 2.39 m?&lue 7i,pl ) 01//.21* *(.311.43) : $.3$* -3.24 m4+3.11* * = 762173.31LBM * *013104.41* 105.86 m?&lue 7i,pl ) 01//.21!SA 0 !L " 0 !L * * 3:1;4:$.3$:1+0.22 * 2267.58 0 !L " 0 !L7i((eren%e &( !SA * * 1831.34 (.)0 !L " $ !L!SA $ !L " 0 !L * * 436.241=2= )3=4=5=3 : 1;4 : 1;4 : : : 1 m3 6=7=8=9=( 3:))1B4 : 13 : 1;4 : : + m26@3 : 1;4: : / m2m26) +20$.+0< m36bLpp :B: 7IT3: 1;4 : 1;4 : : $ m4ITF1 : +IL((0) . ((1)3;(+))) : 3;4 : 4(2041.3+.((.311.43)C;4+3.11)):3;4:$.3$D m4IL3:1;4::2

m2m2m2,Shell 7i,pla%eent*(1#03$;1#000):t:!SA* (1.03$;1):0.002:+41.3+ * 3.76 ton$ !L " 0 !L7i((eren%e &( ,hell 7i,pla%eent* 26.87 ton(EA)* MSA (0"+) < MSA (+"1) * +1.0$O=B6T LE?E> FBN6T OF?.6.BFBN6TION OFO>=INAT A>EA MBLTIPLIE> F>OM Ap LON8ITB=INAL ?E>T MOMENT9*length &( %ant part* +.0 Ap 1.0$ 1 1.0$ 0 0 0.2+ $.023.01 + 2.01 .1 .2.01 0.$$ +.+1 Lpp* 10$ A(ter En7 0 1 0 .3 0 0 0 L@l *10/ 1+.10 .2.01 /.+/1;4:9;3:1#03$*1;4:+;3:1#03$* 0.12 .0.$0 ?.6.B BELO!0 !L1+.10 ( : )/.1+t&n K ; 3 * +;3 * 3 ( : ) .0.$0 .1.1+ Lpp;3 * 10$;3 * .$3.$0KB % */.1+ ( < ) * 0 . (/.+/;1+.10)1.03$ ( C ) -53.64* 6.33 * 9.40NBMBE> $%t&' ()%n& %'&%OF hal( Sip), pr&7u%t Le5er (r& M%i * Sip),O>=INAT brea7th ultiplier N%i * Ap N%i . L%i M%i . L%i ultiplier&( !L (bi) (S) bi., ( L%i ) (S)Ap 3.1 1 3.1 0 0 0 10.$2 1 10.$21.+/ + $./1 .1 .$./1 $./1 4.41 + 14.34A(ter En7 0 1 0 .3 0 0 0 1 02.$1 .$./1 $./1 40.212.$1 .0.00 +.1$ 40.211;4 : 9;3 : 3* 1;4 : +;3 :3 * 1.44 ( : ) 3 : 1;4 : 1;4 : 9;3 0.++11.41 9;3 * +;3 * 3.00 1.21( : )( : ) .0.00 $.44 13.69.1.4/ ( : )Lpp;3* 10$;3 * .$3.$0 9.65( < )-53.89 %1* 3* 4* 2/1=8.06/14.10= %*0.E3 ; E1 % * B% *

4*+IL+I T+ %i *bi4bi4. S %4* 5*6=7*4* 5 ;4 * .$./1;2.$1* 53;4*.$./1C;2.$1* 7*CCW..AC =

36.(53;4)*$./1.+.1$* 3 : 1;4 : (9;3)4*IT6 *

+IL6 *

+ F%*Tugas Rancang 2Hidrostatis dan BonjeanTugas Rancang 2Hidrostatis dan BonjeanTABEL EWETTED S,-*ACE A-EA A"D S.ELL DISLACE!E"T AT CA"T A-TNBMBE> T& 0 !LOF hal( girth Sip), Pr&7u%t 9 * length &( %ant partO>=INATES (g) ultiplier (S) g.S * + Ap 4.41 1 4.41t*plate thi%9ne,, &( %ant part3.04 + 2.13* 0.002 A(ter En7 0 1 0=11.+2 Lpp* 10$ L@l * 10/ 3 : 1;4 : 9;3* 3 : 1;4 : +; 1.44411.+2 ( : )@ette7 ,ur(a%e area * 1$.411.03$; 1.000 : t* 0.00/ t&n1$.41 ( : ),hell 7i,pla%eent * 0.13 t&nT/TAL #AL,E */- !AI" S.ELL DISLACE!E"TA. WETTED SURFACE AREA AND SHELL DISPLACEMENT!ETTE= SB>FA6E A>EA S'ELL =ISPLA6EMENTain part %ant part ain part %ant part t&tal ( t&n )T& 0 !L 3310.$2 1$.41 3323.2/ 40.13 0.14 40.01B. CENTRE OF FLOATATION AND WATER PLANE AREAAT0 !L@ater plane area pr&7u%tain part .4.3+ 11/0.$1 .4220.0/%ant part .$4.2/ 11.+1 .11$.0/1302./0.++/$.1/1208.97-3.72 %

3t&tal ( 3 )F12 =@ater plane area ( in%lu7ing %ant part ) * 1 *

3%entre &( (l&atati&n ( in%lu7ing %ant part ) * 2 ; 1 *Tugas Rancang 2Hidrostatis dan BonjeanTABEL *C. LONGITUDINAL METACENTRE ABOVE CENTRE OF BOUYANCYl&ngitu7inal &ent &( inertiaCI 762173.31II 9.65-3.72-3.24-0.480.23@ater plane area &( ain part (A@p) 1197.56273.84-53.89-3.72-50.172517.46@ater plane area &( %ant part (A@%) 11.4128732.66%&rre%te7 l&ngitu7inal &ent &( inertia C 791189.46109.75 D. TRANSVERSE METACENTRE ABOVE METACENTRE OF BOUYANCY17192.0513.69=17205.742.39 I L * I LP < I L6 < A!P ( F . FP )3 < A!6 ( F6 . F )3l&ngitu7inal &ent &( inertia &( ain part *I LPl&ngitu7inal &ent &( inertia &( %antpart * I L6%&rre%te7 F FP ( F . FP ) * .4.03 . (.4.3+) * ( F . FP )3* .0.+2C *A@p ( F . FP )3 III F6%&rre%te7 F6 ( F6 . F ) * (.$4.2/ . (.4.03) * ( F6 . F )3 * .$0.103 *A@% ( F . FP )3 I?I L * I< II