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Feasibility Study on Fine Finishing of Internal Grooves Using Elastic Abrasives

机译:用弹性磨料细加工内部沟槽的可行性研究

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摘要

Microanofinishing of intricate internal grooves in engineering components is relatively a challenging task using many of the existing techniques because of its accessibility restriction. Through this paper, abrasive embedded elastomeric particles (elastic abrasives) are proposed as an effective and simplified methodology for generating ultrafine surface finish on internal grooves. The concept and the development of elastic abrasives are described with a special emphasis on the effect of elastomeric medium during abrasion. The viability of the proposed technique is demonstrated by finishing the internal circumferential grooves made on a hollow cylindrical workpiece using a specially designed experimental setup.
机译:使用许多现有技术,对工程组件中复杂的内部凹槽进行微/纳米抛光是一项相对具有挑战性的任务,因为它具有可达性方面的限制。通过这篇论文,提出了嵌入磨料的弹性体颗粒(弹性磨料),作为在内部凹槽上产生超细表面光洁度的有效且简化的方法。描述了弹性磨料的概念和发展,特别强调了弹性介质在磨损过程中的作用。通过使用特殊设计的实验装置精加工空心圆柱工件上制成的内周凹槽,可以证明所提出技术的可行性。

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