Three dimension profile extrusion simulation using meshfree method

A meshfree method based on reproducing kernel approximation and point collocation is presented for analysis of 3D profile extrusion processes. The point collocation method is a true meshfree method without the employment of a background mesh. We show that, in a point collocation approach, the implem...

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Veröffentlicht in:International journal of advanced manufacturing technology 2007-09, Vol.34 (3-4), p.270-276
Hauptverfasser: Wen, Hongyu, Dong, Xianghuai, Yan, Cunliang, Ruan, Xueyu
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container_title International journal of advanced manufacturing technology
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Dong, Xianghuai
Yan, Cunliang
Ruan, Xueyu
description A meshfree method based on reproducing kernel approximation and point collocation is presented for analysis of 3D profile extrusion processes. The point collocation method is a true meshfree method without the employment of a background mesh. We show that, in a point collocation approach, the implementation of program does not need the background mesh, which is a very time consuming process in a Galerkin method for integration. Among the points of the meshfree model, there is no connecting information. A mesh quality control method with mold interpenetration checking based on the Delaunay Bowyer-Watson algorithm is introduced to produce the topological relations, which enable us to show meshfree simulation results using the same procedure as in the finite element method. A C-shape profile extrusion application example is presented and compared with the finite element method to verify the proposed method.
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subjects Algorithms
Collocation methods
Computer simulation
Finite element analysis
Finite element method
Galerkin method
Mathematical analysis
Meshless methods
Nonlinear programming
Plastics industry
Profile extrusion
Quality control
title Three dimension profile extrusion simulation using meshfree method
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