Inquiry into problem of modeling surface ship in irregular seas as nonlinear, time-invariant system when its motions are large; consideration is given to N.Wiener theory of nonlinear systems; particular attention is given to explicit, time-domain, functional representations of output of nonlinear system in terms of its input; Volterra and Wiener kernels and their transforms are defined and methods for their determination are noted; examples show application to ship motion problems.
Application of statistical theory of nonlinear systems to ship motion performance in random seas
Int Shipbldg Progress
International Shipbuilding Progress ; 14 , n 150
1967
12 pages
Article (Journal)
English
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