Bracket Or Lug 4m375a
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BRACKET OR LUG 1.
Maximum compressive load due to wind : Pw = k p H Do Where k = k1k2 = const. Pw = wind pressure H - Hight of vessel
The main load on the bracket s is the dead weight of the vessel With its contents & the wind load. The max total compressive load on the s is given by P = (4Pw (H-F)/nDb) + ( W/n) Where
P = total forces due to wind load acting on the vessel H= height of the vessel above foundation F = vessel clearance from foundation to vessel
botton Db = dia of the bolt circle
W = max wt. of vessel with attachments and its contents
Wmax = Ws + Wi + Wl + Wa
n = No. of brackets.
Maximum compressive load due to wind : Pw = k p H Do Where k = k1k2 = const. Pw = wind pressure H - Hight of vessel
The main load on the bracket s is the dead weight of the vessel With its contents & the wind load. The max total compressive load on the s is given by P = (4Pw (H-F)/nDb) + ( W/n) Where
P = total forces due to wind load acting on the vessel H= height of the vessel above foundation F = vessel clearance from foundation to vessel
botton Db = dia of the bolt circle
W = max wt. of vessel with attachments and its contents
Wmax = Ws + Wi + Wl + Wa
n = No. of brackets.
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