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

Fabrication of release agent supply die with porous structure by using metal-based AM

International Journal of Automation Technology, Vol.15, No.6(2021)

• #ダイカスト金型
• #ポーラス構造
• #付加製造法
• #粉末床溶融結合法
• #離型材

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

Micro-Electrical Discharge Machining of Micro-Rods Using Tool Electrodes with High Electrical Resistivity

Precision Engineering, Vol.55, Pages 95-100(2019)

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