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 304
( 47 ) for ú " ( z , t ) , exact solutions can be developed for computing the time -
domain integrals in equations ( 48 ) and ( 49 ) , as functions of the Fourier
coefficients { A " - Y ( z ) 0 , V . " } and { B . + y ( 260 , U1 " } . Similar concepts can
be also ...
( 47 ) for ú " ( z , t ) , exact solutions can be developed for computing the time -
domain integrals in equations ( 48 ) and ( 49 ) , as functions of the Fourier
coefficients { A " - Y ( z ) 0 , V . " } and { B . + y ( 260 , U1 " } . Similar concepts can
be also ...
Page 393
ABSTRACT Time domain simulation is nowadays a common method of analysis
for the mooring systems of floating structures in deep waters , and a detailed
methodology has been developed , that has proved to be very practical , both for
...
ABSTRACT Time domain simulation is nowadays a common method of analysis
for the mooring systems of floating structures in deep waters , and a detailed
methodology has been developed , that has proved to be very practical , both for
...
Page 394
procedure to arrive at design loads , distribution of load ranges , for fatigue
analysis lines , is made , and the dynamic response of the whole system is
evaluated by time domain simulation . thus resolving the above mentioned issues
. However ...
procedure to arrive at design loads , distribution of load ranges , for fatigue
analysis lines , is made , and the dynamic response of the whole system is
evaluated by time domain simulation . thus resolving the above mentioned issues
. However ...
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