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 |
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creator | Wen, Hongyu 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. |
doi_str_mv | 10.1007/s00170-006-0601-8 |
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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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