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Study of fluid and structure interaction for composite marine propellers

Fang-wen Hong

Open publisher page 1 citations

Abstract

An investigation on the analysis method of FSI for composite propellers based on Panel Method(PM) and Finite Element Method(FEM) was carried out,in which finite element model of composite pro-peller and the transfer of load and deformation between PM and FEM were especially focused on.A FSI anal-ysis technique was integrated,the convergence was tested.Composite propeller 5474 was analyzed by the technique and the results agree well with the literature,and the technique can become a necessary tool to ex-plore performances of composite propelles.

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What this paper is about

An investigation on the analysis method of FSI for composite propellers based on Panel Method(PM) and Finite Element Method(FEM) was carried out,in which finite element model of composite pro-peller and the transfer of load and deformation between PM and FEM were especially focused on.A FSI anal-ysis technique was integrated,the convergence was tested.Composite propeller 5474 was analyzed by the technique and the results agree well with the literature,and the technique can become a necessary tool to ex-plore performances of composite propelles.

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Available abstract

An investigation on the analysis method of FSI for composite propellers based on Panel Method(PM) and Finite Element Method(FEM) was carried out,in which finite element model of composite pro-peller and the transfer of load and deformation between PM and FEM were especially focused on.A FSI anal-ysis technique was integrated,the convergence was tested.Composite propeller 5474 was analyzed by the technique and the results agree well with the literature,and the technique can become a necessary tool to ex-plore performances of composite propelles.

Key concepts: Finite element method, Composite number, Structural engineering, Propeller, Convergence (economics), Fluid–structure interaction, Deformation (meteorology), Engineering

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