Improving finishing efficiency using a cover plate in gyro finishing

Precision Engineering, Vol.74, pp.140-146(2022)

• #スパッタ粒子
• #モニタリング
• #レーザ入射角度
• #付加製造法
• #粉末床溶融結合法

Study on the relationship between material removal rate and tool flank temperature in orthogonal turn-milling

Journal of Advanced Mechanical Design, Systems, and Manufacturing, Vol.15, 4pages(2021)

Improving surface quality using laser scanning and machining strategy combining powder bed fusion and machining processes

The International Journal of Advanced Manufacturing Technology, Vol.117, pp.3405–3413 (2021)

• #付加製造法
• #粉末床溶融結合法
• #複合加工
• #造形レシピ

CO2 laser cleavage of chemically strengthened glass

Journal of Materials Processing Technology, Vol.289,(2021)

• #CO2レーザ
• #レーザ割断
• #化学強化ガラス
• #半導体レーザ

CO2 laser cleavage of chemically strengthened glass

Journal of Materials Processing Technology, Vol.297(2021)

• #CO2レーザ
• #レーザ割断
• #円筒形状
• #単結晶サファイア

Experimental investigation into the spatter particle behavior of maraging steel during selective laser melting

Journal of Advanced Mechanical Design, Systems, and Manufacturing, Vol.15, No.4(2021)

• #スパッタ粒子
• #モニタリング
• #付加製造法
• #粉末床溶融結合法
• #表面粗さ

Studies on high-efficiency and high-precision orthogonal turn-milling-The effects of relative cutting speed and tool axis offset on tool flank temperature

Precision Engineering, Vol.66, pp.180-187(2020)

• #3D-CAD analysis
• #Temperature measurement
• #Turn-milling

Studies on Eco-friendly Grinding with Extremely Small Amount of Coolant, Applicability of contact type flexible blush nozzle

International Journal of Automation Technology, Vol.13, No.5, pp.648-656(2019)

• #Brush-nozzle
• #CBN wheel
• #Coolant belt
• #Grinding fluid
• #Grinding temperature

Formation mechanism of pores inside structure fabricated by metal-based additive manufacturing

International Journal of Automation Technology, Vol. 13, No.3, pp.330-337(2019 )

• #付加製造法
• #内部欠陥
• #接触角
• #粉末床溶融結合法