A microcomputer-based computational method has been devised for numerically simulating viscous flow past an arbitrary ship hull. The method uses (a) thin-ship theory to compute hull-surface velocities and (b) a three-dimensional boundary-layer program which embodies the Wilcox-Rubesin two-equation turbulence model to compute boundary-layer development. The method makes provision for including displacement effects.
A Microcomputer-Based Method for Predicting Viscous Flow about a Ship Hull
1982
102 pages
Report
Keine Angabe
Englisch
Marine Engineering , Mathematical prediction , Viscous flow , Ship hulls , Computerized simulation , Microcomputers , Hydrodynamics , Computations , Methodology , Displacement , Three dimensional , Boundary layer , Microprocessors , Computer programs , Subroutines , Wilcox Rubesin two equation turbulence models
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