flank wear.

銑削合金鋼之端銑刀具微幾何設計 = = Design of End Mill with Micro Geometry for Milling Alloy Steel / by: (書目-語言資料,印刷品)

端銑刀微幾何對銑削304不鏽鋼之切削性能分析 = = The Analysis of Cutting Performance of Micro Geometry For Milling 304 Stainless Steel / by: (書目-語言資料,印刷品)

銑削玻璃塑鋼之刀具最佳化設計 = = The Study of Optimal Tool Design for Milling Glass-reinforced Plastic / by: (書目-語言資料,印刷品)

利用材料機械性質建構端銑刀刀刃口的預測模型 = = The Prediction Model Construction of Cutting Edge for End Mills by Mechanical Properties of the Materials / by: (書目-語言資料,印刷品)

mechanical properties of materials.

burr of workpiece.

凹陷磨損.

工件毛邊.

tool geometry.

楔型角.

crater wear.

flatness of cutting edge.

surface roughness.

AIM polynomial network.

cutting parameter.

刀具幾何角度.

alloy steel.

刃口平整度.

tool life.

clearance angle.

合金鋼.

flank wear.

刀刃口微幾何.

AIM多項式網路.

wedge angle.

材料機械性質.

刀具壽命.

離隙角.

切削參數.

刀腹磨耗.

表面粗糙度.

rake angle.

切削角.

micro geometry of cutting edge.