Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 18, Part 5American Society of Mechanical Engineers, 1999 - Arctic regions |
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Page 174
( z ) in Eq . ( 9 ) is a function of z defined by the following Eq . ( 11 ) . The function
n , ( z ) in Eq . ( 10 ) is the rcomponent of the unit normal vector on the wet surface
, Sy , at z . The complex coefficients in Eq . ( 12 ) can be obtained by solving the ...
( z ) in Eq . ( 9 ) is a function of z defined by the following Eq . ( 11 ) . The function
n , ( z ) in Eq . ( 10 ) is the rcomponent of the unit normal vector on the wet surface
, Sy , at z . The complex coefficients in Eq . ( 12 ) can be obtained by solving the ...
Page 327
... hos = Median value k = Wave vector k = Wave number kmer = Wave number of
spectral maximum mo = Zero moment e = Function of angular distribution r =
Correlation coefficient Ť = Spatial horizontal vector S = Two - dimensional
spectrum ...
... hos = Median value k = Wave vector k = Wave number kmer = Wave number of
spectral maximum mo = Zero moment e = Function of angular distribution r =
Correlation coefficient Ť = Spatial horizontal vector S = Two - dimensional
spectrum ...
Page 329
It has been shown that kmar is a function of m . i . e . kmar = kmar ( m . ) (
Problems of investigation and math modeling of wind waves , 1995 ) . These
parameters depend on spatial coordinates ( x , y ) and time i . The relation
between the ...
It has been shown that kmar is a function of m . i . e . kmar = kmar ( m . ) (
Problems of investigation and math modeling of wind waves , 1995 ) . These
parameters depend on spatial coordinates ( x , y ) and time i . The relation
between the ...
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Contents
SHIP NAVIGATION IN | 119 |
OMAE99PA1103 | 209 |
OMAE99PA1154 | 267 |
Copyright | |
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