Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 2American Society of Mechanical Engineers, 2001 - Arctic regions |
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Page 123
P , ( T ) = Jelmo , 1.5 ) ole ) " Jom lavedlevado , ] BL PIH a gaul ( PH ) ( ( 16 ) x - ya jar ( pon ) T ) Substituting from equation ( 1 ) for plw , o , 15 ) this becomes у 0 0 This exponential relationship is typical of PoD curves and ...
P , ( T ) = Jelmo , 1.5 ) ole ) " Jom lavedlevado , ] BL PIH a gaul ( PH ) ( ( 16 ) x - ya jar ( pon ) T ) Substituting from equation ( 1 ) for plw , o , 15 ) this becomes у 0 0 This exponential relationship is typical of PoD curves and ...
Page 151
Figure 2 : Predicted weight response ( Equation 3 ) versus simulated response for the 350 parameter set . ... ai , followed from a solution in the least squares sense to the over - determined system of equations XA = R , where X is the ...
Figure 2 : Predicted weight response ( Equation 3 ) versus simulated response for the 350 parameter set . ... ai , followed from a solution in the least squares sense to the over - determined system of equations XA = R , where X is the ...
Page 371
CIRIA's equation is KT redundancy of structure , Bo is base safety factor . Based on this equation B = 3.5 is obtained for semisubmersible by taking T = 20 . This proposed equation presents strict safety target as CIRIA .
CIRIA's equation is KT redundancy of structure , Bo is base safety factor . Based on this equation B = 3.5 is obtained for semisubmersible by taking T = 20 . This proposed equation presents strict safety target as CIRIA .
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