| 論文タイトル |
受賞者 |
| Proposal of novel chatter-free milling strategy utilizing extraordinarily numerous flute endmill and high-speed high-power machine tool |
早坂 健宏
名古屋大学
准教授 |
| Improvement of sintered tungsten‑carbide surface integrity using femtosecond pulse lasers |
近田 修
ギガフォトン株式会社 |
| Robust thermal error estimation for machine tools based on in-process multi-point temperature measurement of a single axis actuated by a ball screw feed drive system |
田中 峻
東京大学 |
| バレル工具に対応した5軸制御加工のための工具経路補間手法の開発 |
上山 尊丈
株式会社ニューフレアテクノロジー |
| Effect of tool posture on chatter vibration in turn-milling |
牧野 眞大
マツダ株式会社 |
| Fabrication of temperature-selective thermal radiation surfaces utilizing surface texturing |
久慈 千栄子
東北大学
助教 |
| Estimation of Hardness and Residual Stress on End-Milled Surfaces Using Linear Regression Model |
藤井 秀行
中央大学 |
| Process Planning with Removal of Melting Penetration and Temper Colors in 5-Axis Hybrid Additive and Subtractive Manufacturing |
西山 晶
|
| Investigation on damping properties of contact surfaces with different asperity heights |
齋藤 慎平
富士フィルムビジネスイノベーション株式会社 |
| Nanoimprint Lithography and Microinjection Molding Using Gas-Permeable Hybrid Mold for Antibacterial Nanostructures |
三浦 早耶香
富山県立大学 |
| High gravity material extrusion system and extruded polylactic acid performance enhancement |
蒋 鑫
神奈川県立産業技術総合研究所
研究員 |
| Feedback Error Learning-Based Position Control in Position-Sensorless Positioning Servo Systems for IPMSMs |
河村 尚輝
中部大学
講師 |
| In-process monitoring of atmospheric pressure plasma jet etching using a confocal laser displacement sensor |
中澤 謙太
静岡大学
助教 |
| Temperature Control Performance of a Built-In Motor Spindle by Developed Temperature Feedback Control System |
脇谷 趣聞
神奈川大学 |
| Development of a velocity measurement method for a microparticle projectile and high-speed impact testing of metallic materials for grain refinement |
梶原 美紀
中央大学 |
| Optimization method of NC command for feature line shape considering acceleration/deceleration characteristic of CNC machine tool |
黒田 敏弘
埼玉大学 |
| Polishing Mechanism Based on Morphological and Chemical Quantification of Pad Surface in Chemical- Mechanical Planarization |
伊藤 琢朗
近畿大学 |
