This paper is devoted to the validation of a RANSE-BEM coupling procedure for propeller-hull interaction simulation with the ISIS-CFD RANSE solver developed by the DSPM team of the LHEEA laboratory in Nantes coupled with the PRO-INSBEM code developed by INSEAN. The hybrid simulation approach is first validated with an open water test case. Then, propeller-hull interaction issue is investigated with several test cases to assess the accuracy of the RANSE-BEM coupling approach. A special way to evaluate the effective wake at the propeller plane is proposed. With this approach, good predictions are obtained with the RANSE-BEM coupling computations.

Ship propulsion prediction with a coupled RANSE-BEM approach

Salvatore F
2013

Abstract

This paper is devoted to the validation of a RANSE-BEM coupling procedure for propeller-hull interaction simulation with the ISIS-CFD RANSE solver developed by the DSPM team of the LHEEA laboratory in Nantes coupled with the PRO-INSBEM code developed by INSEAN. The hybrid simulation approach is first validated with an open water test case. Then, propeller-hull interaction issue is investigated with several test cases to assess the accuracy of the RANSE-BEM coupling approach. A special way to evaluate the effective wake at the propeller plane is proposed. With this approach, good predictions are obtained with the RANSE-BEM coupling computations.
2013
Istituto di iNgegneria del Mare - INM (ex INSEAN)
Ship hydrodynamics
Propeller-hull interaction
hybrid RANSE-BEM
Self-propulsion
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/246603
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