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A Robust Helical Abrasive Flow Machining (HLX-AFM) Process

机译:坚固的螺旋磨料流加工(HLX-AFM)工艺

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摘要

Abrasive flow machining (AFM) is a fine finishing process in which an abrasives laden semi-solid paste is used for finishing of internal inaccessible recesses or surfaces. Recently, several modifications in the tooling with/without additional machining action have been tried for increasing the material removal in the AFM. The present study is about a novel development in the AFM process, towards the enhancement of material removal rate while polishing the internal cylindrical surfaces. The modified process is termed as helical abrasive flow machining process (HLX-AFM). Taguchi's quality engineering approach has been applied to the developed HLX-AFM process, leading to the optimization of various process parameters and thus the development of a robust machining process with significantly enhanced material removal.
机译:磨料流机加工(AFM)是一种精细的精加工工艺,其中,使用载有磨料的半固态浆料对内部难以接近的凹口或表面进行精加工。近来,已经尝试了在工具上进行一些有/没有附加加工动作的修改,以增加AFM中的材料去除率。目前的研究是关于AFM工艺的一种新进展,即在抛光内部圆柱表面的同时,提高材料去除率。修改后的过程称为螺旋磨料流加工过程(HLX-AFM)。 Taguchi的质量工程方法已应用于已开发的HLX-AFM工艺中,从而优化了各种工艺参数,从而开发了坚固耐用的加工工艺,并显着提高了材料去除率。

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