tool life.

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 / 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)

運用低溫加工技術研究鈦合金銑削性能及刀具壽命 = = A Study of Cutting Performance and Cutting Tool Lifetime for Titanium Alloy Through a Technology of Low Temperature Machining / by: (書目-語言資料,印刷品)

銑削鈦合金之端銑刀優化設計研究 = = The Study of Optimal End-Mills Design for Milling Titanium Alloy / by: (書目-語言資料,印刷品)

工具機監控系統與刀具壽命預測之開發 = = Development of Machine Tool Monitoring System and Tool Life Prediction / by: (書目-語言資料,印刷品)

burr of workpiece.

機器學習.

工件毛邊.

鈦合金.

MQL.

Cutting Performance.

flatness of cutting edge.

銑削性能.

machine learning.

監控系統.

Low-temperature environment control system.

端銑刀.

Monitoring System.

類神經網路.

刃口平整度.

Taguchi method.

tool life.

田口方法.

低溫環境控制系統.

flank wear.

artificial neural network.

Tahuchi method.

milling performance.

刀具壽命.

titanium alloy.

田口法.

切削性能.

End mill.

刀腹磨耗.