端銑刀.
Overview
Works: | 16 works in 16 publications in 16 languages |
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Titles
銑削AISI 6150彈簧鋼之最佳化刀具幾何設計研究 = = The Optimal Geometry Design of End Mills for Milling AISI 6150 Spring Steel /
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數位影像式端銑刀幾何特徵與磨耗全自動檢測系統開發 = = The Development of a Digital Imaging Automatic Measurement System for Geometric Features and Wear of End Mills /
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端銑刀之研磨精度與碳化鎢鈷含量對塑膠材料切削性能分析 = = The Analysis of Cutting Performance in the Plastic Materials for the Grinding Precision and the Cobalt Content of Tungsten Carbide of End Mills /
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刀具研磨實務教材發展研究 = = A Study of Development in Teaching Materials for End-mill Grinding Practice /
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端銑刀與研磨砂輪之線上量測系統開發 = = Development of On-line Image Measurement System for End Mills and Grinding Wheels /
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端銑刀之刃口研磨精度最佳化設計 = = Optimal Design of Grinding Accuracy for Cutting Edges of End Mills /
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高速切削用端銑刀設計與研磨對切削性能的影響分析 = = Analysis of The Design and Grinding Influence on Cutting Performances of End-mills Utilized for High-Speed Machining /
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端銑刀幾何角度檢測之顯微儀開發 = = Development of Microscope for Geometry Measurement of End Mills /
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鋁合金工件側銑削之表面品質研究 = = Study of the Surface Quality for Aluminum Workpieces by Side Milling /
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基於田口式分析刀刃數切削316不鏽鋼特性 = = Cutting Characteristics of Tool with Different Flutes for 316 Stainless Steel using Taguchi Method /
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高速鋼端銑刀銑削不銹鋼之刀具磨耗與工件表面粗糙度研究 = = HSS Tool Wear and Workpiece Surface Roughness Based on Cutting Stainless Steel /
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銑削鋁合金7003之最佳化刀具幾何與設計 = = Optimal Tool Geometry and Design for Milling Aluminum Alloy 7003 /
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銑削高硬度鋼之最佳化刀具小平面幾何參數研究 = = The Study of Optimal K-Land of Tool Geometry Design for Milling High Hardness Steel /
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研磨端銑刀之幾何尺寸與角度補正系統開發 = = Development of Geometry and Angle Compensation System for Grinding End Mills /
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端銑刀磨損與幾何量測之系統開發與研究 = = To Develop and Research a Measurement System for Wear and Geometry of End Mill /
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(Language materials, printed)
銑削鋁合金最佳表面紋理之刀具刃口幾何設計 = = The Optimal Cutting Edge Design of End-mill in Milling Surface Texture for Aluminum Alloy /
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(Language materials, printed)
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