THE INFLUENCE OF HULL FORM ON {SEAKEEPING
N. K. Bales, William E. Cummins
Abstract
N. K. Bales, William E. Cummins
Abstract
Seakeeping can be rationally included in the ship design process. The prerequisite is determination of trends in seakeeping variables with changes in hull geometry at an early stage in the design process. This paper outlines a standard series approach to the trend determination problem. It involves construction of an extensive data base and interpolation over a selected subset thereof for each specific problem. Application is made to single-screw cargo hulls without large bulbs operating in directly ahead seas. The resulting predictions are found to be satisfactory. They indicate that an effective design tool has been developed. This tool is available to the profession through the Naval Ship Research and Development Center.
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Seakeeping can be rationally included in the ship design process. The prerequisite is determination of trends in seakeeping variables with changes in hull geometry at an early stage in the design process. This paper outlines a standard series approach to the trend determination problem. It involves construction of an extensive data base and interpolation over a selected subset thereof for each specific problem. Application is made to single-screw cargo hulls without large bulbs operating in directly ahead seas. The resulting predictions are found to be satisfactory. They indicate that an effective design tool has been developed. This tool is available to the profession through the Naval Ship Research and Development Center.
Key concepts: Seakeeping, Hull, Marine engineering, Interpolation (computer graphics), Process (computing), Naval architecture, Engineering, Computer science