METHOD OF DESIGNING OPTIMUM SEAKEEPING HULL FORM
Qin Yi, Zhangu Wang, Richard Y.T. Dai
Abstract
Qin Yi, Zhangu Wang, Richard Y.T. Dai
Abstract
A method is presented for designing a ship hull form for optimal seakeeping performance. The problem is approached as a constrained optimization problem amenable to solution by a nonlinear programming technique in which a set of hull geometries are taken as design variables and the weighted mean of maximum waves acceptable to a specified criteria are taken as an index of performance.
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A method is presented for designing a ship hull form for optimal seakeeping performance. The problem is approached as a constrained optimization problem amenable to solution by a nonlinear programming technique in which a set of hull geometries are taken as design variables and the weighted mean of maximum waves acceptable to a specified criteria are taken as an index of performance.
Key concepts: Seakeeping, Hull, Set (abstract data type), Mathematical optimization, Nonlinear programming, Nonlinear system, Marine engineering, Engineering