Analysis of Surface Roughness in End-Milling
碩士 === 逢甲大學 === 材料與製造工程所 === 96 === According to the increasing demand for high precision in modern machining applications, the surface roughness that is one of the most important performance indices has continuously been investigated. In a typical milling operation, due to the cutter geometry and c...
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ndltd-TW-096FCU051590272015-11-27T04:04:43Z http://ndltd.ncl.edu.tw/handle/17657085730116101325 Analysis of Surface Roughness in End-Milling 端銑刀銑削表面粗糙度之分析 Chung-Hsin Wu 吳忠信 碩士 逢甲大學 材料與製造工程所 96 According to the increasing demand for high precision in modern machining applications, the surface roughness that is one of the most important performance indices has continuously been investigated. In a typical milling operation, due to the cutter geometry and cutting process, the cutting remainders or marks are left on the part surface, and consequently the surface roughness is formed. In this thesis, we focus on the theoretical analysis and experimental verification on the surface roughness in end-milling process. In the thesis, we first develop the roughness model based on the motion trajectories of the cutter edges. To verify the theoretical model, we conduct a series of end-milling process with different cutters (��10 HHS and ��16 Ti-coated HSS), parts (Al-6061 aluminum alloy and S25C carbon steel), and cutting conditions. none 羅致卿 2008 學位論文 ; thesis 67 zh-TW |
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碩士 === 逢甲大學 === 材料與製造工程所 === 96 === According to the increasing demand for high precision in modern machining applications, the surface roughness that is one of the most important performance indices has continuously been investigated. In a typical milling operation, due to the cutter geometry and cutting process, the cutting remainders or marks are left on the part surface, and consequently the surface roughness is formed. In this thesis, we focus on the theoretical analysis and experimental verification on the surface roughness in end-milling process. In the thesis, we first develop the roughness model based on the motion trajectories of the cutter edges. To verify the theoretical model, we conduct a series of end-milling process with different cutters (��10 HHS and ��16 Ti-coated HSS), parts (Al-6061 aluminum alloy and S25C carbon steel), and cutting conditions.
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author2 |
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author_facet |
none Chung-Hsin Wu 吳忠信 |
author |
Chung-Hsin Wu 吳忠信 |
spellingShingle |
Chung-Hsin Wu 吳忠信 Analysis of Surface Roughness in End-Milling |
author_sort |
Chung-Hsin Wu |
title |
Analysis of Surface Roughness in End-Milling |
title_short |
Analysis of Surface Roughness in End-Milling |
title_full |
Analysis of Surface Roughness in End-Milling |
title_fullStr |
Analysis of Surface Roughness in End-Milling |
title_full_unstemmed |
Analysis of Surface Roughness in End-Milling |
title_sort |
analysis of surface roughness in end-milling |
publishDate |
2008 |
url |
http://ndltd.ncl.edu.tw/handle/17657085730116101325 |
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AT chunghsinwu analysisofsurfaceroughnessinendmilling AT wúzhōngxìn analysisofsurfaceroughnessinendmilling AT chunghsinwu duānxiǎndāoxiǎnxuēbiǎomiàncūcāodùzhīfēnxī AT wúzhōngxìn duānxiǎndāoxiǎnxuēbiǎomiàncūcāodùzhīfēnxī |
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