Evaluation of the cutting edge fan-shaped during the cutting process by the hydro abrasive water jet

R. Šúň, E. Spišák
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引用次数: 1

Abstract

This article presents the current state of hydro-erosion cutting and factors affecting the quality of cutting surface. The aim of this article is the evaluation of the fanshaped water spray pattern on the bottom cut edge by the hydro-erosion cutting based on selected parameters like cutting surface roughness and the distance between the inlet and outlet water jet. The results demonstrate that cutting speed had the largest influence on evolution of fan-shaped bottom of the cut edge because increasing cutting speed increases the values of both parameters mentioned above.
水力磨料水射流切割过程中刃口扇形的评价
介绍了水蚀切削的现状及影响切削表面质量的因素。本文的目的是根据切割表面粗糙度和进出水射流距离等选定的参数,对水侵蚀切割底部切割边缘的扇形水雾模式进行评价。结果表明,切削速度对刃口扇形底部的演化影响最大,因为切削速度的增加使上述两个参数的值都增加。
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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