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Table 1. Boat major dimensions and coefficient of form ton/ m3 LCB +Forward 4.013 m ton LCF + Forward 3.904 m m KB 0.745 m m KG 0.9 m m BMt 1.67 m m BMl 15.155 m m GMt 1.515 m m GMl 15.001 m m2 KMt 2.415 m m2 KMl 15.901 m TPc 0.18 t/cm MTc 0.105 ton.m RM - 1degree= GMt.sin(1) 137.324 kg.m precision - 50 Fr Water density Loaded Disp. T (Draft) f D (T + f) LWL LOA B wetted area Average w. area CP CB CM CWP 1.026 6.1 1 0.50 1.50 8.434 9.303 2.90 32.211 17.529 0.773 0.283 0.367 0.92 2.1. Resistance and Propulsion of Boat The resistance and power values calculated in the maxsurf resistance module are shown in Table 2. Table 2. Resistance Values The method of Lahtiharju LWL 8.434 8.394 B 2.90 2.634 T (Draft) 1 0.978 ∇ 5.101 5.101 Wetted surface area 32.211 32.211 CP 0.773 -- The method of Holtrop 8.394 2.634 0.978 5.101 32.211 0.733 0.802 26.14 -0.776 0.365 -- -- -- 0.98 -- m m m m3 m2 degree m m2 m m m2 m derece ton/ m3 m2 m2/sn Water resistance 0.802 1/2 angle 26.14 LCG –midship- -0.776 A.P. area 0.365 Bwl 2.634 Thr. dist. from aft 0.259 Kesit alanı 0.958 Draft -FP 0.98 Central of WL 38.72 Air density 0.001 Add area 0 Add Factor 1 correlation 0.0004 kinematic viscosity 1.1883E-06 -- -- -- 0.365 -- -- 0.958 -- -- - 279 -PDF Image | Culture Fishing Boat Design From Polyethylene Material
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