Free-Surface Viscous Flow Solution Methods for Ship Hydrodynamics

AuthorsWackers, J., Koren, B., Raven, H.C., Ploeg, A. van der, Starke, A.R., Deng, G.B., Queutey, P., Visonneau, M., Hino, T., Ohashi, K.
Conference/JournalArchive Computational Methods in Engineering, Barcelona, Spain
DateFeb 12, 2011
Reading time4 minutes

The simulationof viscousfree-surface water flow is a subject that has reached a certain maturity and is nowadays used in industrial applications, like the simulation of the flow around ships. While almost all methods used are based on the Navier-Stokes equations, the discretisation methods for the water surface differ widely. Many of these highly different methods are being used with success. We review three of these methods, by describing in detail their implementation in one particular code that is being used in industrial practice. The descriptions concern the principle of the method, numerical details, and the method’s strengths and limitations.For each code, examplesare given of its use. Finally, the methods are compared to determine the best field of application for each. The following surface descretisation methods are reviewed. First, surface fitting/mesh deformation in PARNASSOS, developed by MARIN; the description focuses on the efficient steady - state solution method of this code.Then surface capturing with Volume-of-Fluid in ISIS-CFD, developed by CNRS/Ecole Centrale de Nantes; the main topic of this review are the compressive flux discretisation schemes for the volume fraction that are used in this code. And finally, the Level Set method in SURF, developed by NMRI; this description contains a modified formulation of the Level Set method that is optimised for ship flow computation.

You will need an account to view this content

To view this content you will need a login account. If you already have an account you can sign in below. If you want an account then you can create one.

Tags
manoeuvring and nautical studiescfd developmentcfd/simulation/desk studiesmanoeuvringresistance and propulsionpoweringseakeeping