TRIM
Trimming Moment = w x d ( d = distance from COF )
Area of Waterplane = L x B x Cw
Volume of Displacement = L x B x D x CB
TPCsw = 1.025A
100
FWA = W .
40 TPC
DWA = FWA (1.025 – R.D)
0.025
MCTC = WGML
100L
TPCDW = R.D x TPCSW
1.025
MCTCDW = R.D x MCTCSW
1.025
Displacement(DW) = RD x Displacement(sw)
1.025
Sinkage (cms) = w .
TPC
COT = Trimming Moments
MCTC
COD Aft = la x COT
L
COD Fwd = COT – COD Aft
WHEN THE VESSEL IS EVEN KEEL
LCG = LCB
FOR A BOXED SHAPED VESSEL
BM = BxB
12d
KB = draft
2
FOR A BOX SHAPED VESSEL WHEN DISPLACEMENT CONSTANT
New Draft = Old Density
Old Draft New Density
Trimming Moment = w x d ( d = distance from COF )
Area of Waterplane = L x B x Cw
Volume of Displacement = L x B x D x CB
TPCsw = 1.025A
100
FWA = W .
40 TPC
DWA = FWA (1.025 – R.D)
0.025
MCTC = WGML
100L
TPCDW = R.D x TPCSW
1.025
MCTCDW = R.D x MCTCSW
1.025
Displacement(DW) = RD x Displacement(sw)
1.025
Sinkage (cms) = w .
TPC
COT = Trimming Moments
MCTC
COD Aft = la x COT
L
COD Fwd = COT – COD Aft
WHEN THE VESSEL IS EVEN KEEL
LCG = LCB
FOR A BOXED SHAPED VESSEL
BM = BxB
12d
KB = draft
2
FOR A BOX SHAPED VESSEL WHEN DISPLACEMENT CONSTANT
New Draft = Old Density
Old Draft New Density
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