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Plasticity Analysis of Cutting Process with Abrasive Grain (4th Report) : Cutting the Workpiece of Piecewise Linear Profile with Abrasive Grain of a Trapezoidal Rake Face

机译:磨料颗粒切削加工的可塑性分析(第四次报告):梯形前刀面的磨料颗粒切削分段线性轮廓的工件

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摘要

This paper presents several cutting models for cutting the workpiece of piecewise linear profile with abrasive grain of a trapezoidal rake face. They are designed for the purpose of good application in analysis of the grinding mechanism, and are developed from the cutting models with abrasive grain of a triangular rake face that are previously presented. An energy method is developed based upon their models, which enables to predict the deformation and the components of cutting force by using the data in orthogonal cutting under equivalent cutting conditions. Then the cutting force components F_H and Fv are measured and further the transition state between the models are observed by changing the inclination and normal rake angles of the tool and the workpiece profile of piecewise linear. The model tool, which has a trapezoidal rake face and is made of sintered carbide are used in turning experiment. And the cylindrical workpiece which has thread on the cylindrical surface is used. The measured results are in good agreement with the analytical results.
机译:本文提出了几种切削模型,用于使用梯形前刀面的磨料切削分段线性轮廓的工件。它们的设计目的是为了很好地用于分析磨削机理,并且是从先前介绍的带有三角前刀面磨粒的切削模型中开发出来的。根据他们的模型开发了一种能量方法,该方法可以通过在等效切削条件下使用正交切削中的数据来预测切削力的变形和分量。然后测量切削力分量F_H和Fv,并通过改变刀具的倾斜角和法向前角以及分段线性工件轮廓来观察模型之间的过渡状态。车削实验中使用了具有梯形前刀面且由烧结碳化物制成的模型工具。并且,使用在圆柱面上具有螺纹的圆柱工件。测量结果与分析结果吻合良好。

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