Prediction of Surface Roughness and Feed Force in Milling for Some Materials at High Speeds

Omar Monir Koura; Tamer Hassan Sayed

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Prediction of Surface Roughness and Feed Force in Milling for Some Materials at High Speeds

机译：高速铣削某些材料时的表面粗糙度和进给力的预测

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Machining at relatively high speed perform differently than when traditionally cutting speeds are used. High speed machining affects to a great extent the quality of the manufactured products. The effects differ from material to another. The aim of the present paper is to compare the quality of the machined parts at different cutting speed ranges. The study covers several engineering materials. Neural Network techniques was applied in the prediction of both the resulted surface roughness and the developed feed forces.

机译：与传统的切削速度相比，以相对较高的速度进行加工的性能有所不同。高速加工在很大程度上影响了制成品的质量。效果因材料而异。本文的目的是比较在不同切削速度范围下加工零件的质量。该研究涵盖了几种工程材料。神经网络技术被用于预测所得的表面粗糙度和发达的进给力。

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《American Journal of Mechanical Engineering》 |2015年第1期|共6页
作者
Omar Monir Koura; Tamer Hassan Sayed;
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中图分类机械、仪表工业;
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Prediction of Surface Roughness and Feed Force in Milling for Some Materials at High Speeds

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