Creator |
|
|
Language |
|
Publisher |
|
|
Date |
|
Source Title |
|
Vol |
|
First Page |
|
Last Page |
|
Publication Type |
|
Access Rights |
|
JaLC DOI |
|
Abstract |
The goal of the current research is to develop an efficient and robust CFD method for strongly nonlinear free surface-body interaction problems such as ship motions in large-amplitude waves, resultant... slamming on ship's bottom and flare, the green-water impact on deck, and so on. The CFD model presented in this paper applies CIP (Constraint Interpolation Profile) for the flow solver and the numerical solution is performed in a Cartesian grid independent of the free-surface and body boundaries. Main features of the method are described in this paper and a couple of numerical simulations with comparison to experiments are presented to demonstrate the capability of the code and discuss its future development.show more
|