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A technique for efficient computation of steady yaw manoeuvres using CFD

AuthorsOud, G., Toxopeus, S.L.
Conference/JournalInternational Shipbuilding Progress
Date14 jun. 2022
Hydrodynamic loads acting on a ship can nowadays be reliably obtained from Computational Fluid Dynamics (CFD) techniques. In particular for the determination of the hydrodynamic coefficients of a mathematical manoeuvring model, the forces and moments on a ship sailing at a drift angle or with a yaw rate can be computed efficiently with CFD. While computations with a drift angle are relatively straightforward, computations involving a yaw rate present a challenge. This challenge consists in how to deal with the grid, the setup and the ship encountering its own wake when rotating. A solution based on a single grid setup with consistent boundary conditions and utilising a body force wake damping zone
to remedy this challenge is proposed in this paper, leading to an effective, fast, and accurate method to compute hydrodynamic loads of a ship in steady yaw manoeuvres.


Contact person photo

Guido Oud


Serge Toxopeus

Team leader CFD development / Senior Researcher

manoeuvring and nautical studiescfdmanoeuvringcfd/simulation/desk studies