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Experimental and FEM Simulation Analysis of Lateral Extrusion Process on Bimetal Cross Fitting

机译:双金属交叉装配横向挤压工艺的实验和有限元模拟分析

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The purpose of this paper is to study combines the finite element method model and experimental on bimetal cross fitting by lateral extrusion process. Fabricating bimetallic cross fitting by lateral extrusion technique remains some difficulties like taking the product out of the die hardly, harming the die longevity since the high compressive force and friction effects. The Finite Element Method (FEM) results of bimetal cross fitting lateral extrusion process were obtained from ABAQUS software such as: Stress distribution, metal flow and influence of sleeve thickness. Numerical results were compared with the experimental results shown a good agreement. The bimetal cross fitting has been successfully fabricated by lateral extrusion process. The results showed a close agreement between the numerical simulation and experimental analysis of bimetal cross fitting.
机译:本文的目的是研究结合有限元方法模型和通过横向挤压工艺进行双金属交叉拟合的实验。通过横向挤压技术制造双金属交叉装配仍然存在一些困难,例如很难将产品从模具中取出,由于高的压缩力和摩擦效果而损害了模具的使用寿命。双金属横向装配横向挤压工艺的有限元方法(FEM)结果是通过ABAQUS软件获得的,例如:应力分布,金属流动和套筒厚度的影响。数值结果与实验结果比较表明吻合良好。通过横向挤压工艺已经成功地制造了双金属交叉配件。结果表明,双金属交叉拟合的数值模拟与实验分析之间有着密切的一致性。

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