Design and Optimization of a Shearing Machine Using FEA

S. G. Bahaley, Rasika Khairkar
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Abstract

Shearing is the process to cut sheets using pair of blades, by applying shear stress along the thickness of the sheet. Shearing happens by extreme plastic deformation followed by breaking which propagates deeper into the thickness. The upper blade is fixed to the ram assembly that moves vertically and lower knife is fixed in the stationary table. This project is rooted on the necessity of industry to develop a shearing machine for cutting 5mm thick stainless steel sheets. In this project we will design a CAD model of shearing machine and analyze using FEA technique.
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基于有限元分析的剪板机设计与优化
剪切是使用一对刀片,通过施加剪切应力沿板的厚度切割板的过程。剪切发生在极端塑性变形之后,然后是向厚度深处传播的断裂。上刀片固定在垂直移动的闸板组件上,下刀片固定在固定台上。本项目是根据工业需要研制一种可切割5mm厚不锈钢板的剪切机。在本课题中,我们将设计一个剪切机的CAD模型,并使用有限元分析技术进行分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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