Session information

Oral Sessions

C-1 Advanced machine tools and elements

[C-1-1] Simulation of power consumption during machine tool operation from NC data

〇Fumiya Arai¹, Akio Hayashi¹, Yoshitaka Morimoto¹ (1.Kanazawa Institute of Technology)

[C-1-2] Power Consumption Simulation of Feed Drive System Driven by a Ball Screw Considering with the Motor Efficiency Changes

〇Massimiliano Rigacci¹, Ryuta Sato¹, Keiichi Shirase¹ (1.Kobe University)

[C-1-3] Stability of Endmill Processing by Servo Feed Drive under Electric Power Saving Condition

〇Mikio Nito¹, Toshiki Hirogaki¹, Eiichi Aoyama¹ (1.Doshisha University)

[C-1-4] Development of an Online Identification System for System Identification of Machine Tool Dynamics

〇Tomoya Fujita¹, Tiandong Xi², Sebastian Kehene², Marcel Fey², Christian Brecher² (1.Mitsubishi Electric Corporation, 2.RWTH Aachen University)

[C-1-5] The effect of screw locking methods and anchor bolt design on CNC machine tools

〇Li-Wei Tseng¹, Cheng-Yan Wu¹, Hao-Yu Tsai¹, Cheng-Hao Chung¹, Wei-Lun Huang² (1.National Changhua University of Education, 2.Precision machinery research & development center)

[C-1-6] Design of a Self-compensating Restrictor for Hydrostatic Bearings by Multilayer Perceptron

〇Chao-Chun Cheng¹, Yu-Hsiu Huang¹, Cheng-Kuo Sung¹ (1.National Tsing Hua University)

[C-1-7] Performance Evaluation and Sensitivity Analysis of a 3-UPU Parallel Kinematic Manipulator

Yu-Jen Chiu², 〇Tien-Hung Huang¹, Chih-Hsuan Hsiang¹, Pei-Hung Yang¹, Yan-Sung Chen¹, Cheng-Kuo Sung¹ (1.National Tsing Hua University, 2.Taipei City University of Science and Technology)

[C-1-8] Multi-encoder-based cutting force estimation with Kalman filter in machine tools with multiple-inertia dynamics

〇Keisuke Yamamoto¹, Shuntaro Yamato¹, Yasuhiro Kakinuma¹ (1.Keio University)

[C-1-9] Kinematic Smoothing for Singularity Avoidance in 5-axis Machining

〇Shingo Tajima¹, Burak Sencer², Hayato Yoshioka¹ (1.Tokyo Institute of Technology, 2.Oregon State University)

[C-1-10] Effect of anisotropy of dynamic characteristics of cutting system on vibration stability

〇Takaaki Hashimoto¹, Daisuke Kono², Masataka Furusawa², Atsushi Matsubara² (1.JTEKT Corporation, 2.Kyoto University)

[C-1-11] Fast Parameters Identification of Process-Machine Interaction Model in Milling

〇Kazuki Takahei¹, Ryosuke Ikeda¹, Tomoya Fujita¹, Satoshi Miwa², Norikazu Suzuki² (1.Mitsubishi Electric Corporation, 2.Nagoya University)

[C-1-12] Reduction of the influence on machining surface caused by tool non-repeatable run-out of rolling bearing spindle for machine tools

Evaluation of effectiveness of NRRO reduction on machining surface by an excitation system

〇Yuta Showa^1,2, Hayato Yoshioka² (1.Makino Milling Machine CO., LTD., 2.Tokyo Institute of Technology)

[C-1-13] Suppression of Chatter Vibration using a Tailstock with an Eddy Current Brake

〇Madoka Nakao¹, Keigo Takasugi¹, Naoki Asakawa¹ (1.Kanazawa University)

[C-1-14] Study on machine tool spindle with excellent thermal stability

〇Akihiro Tojo¹, Daisuke Kono¹ (1.Kyoto University)

[C-1-15] Reduction of the 3rd-harmonic noise in the output signal of a magnetoresistance sensor

〇Tun-Che Wu¹, Chin-Yuan Huang¹, Cheng-Kuo Sung¹ (1.National Tsing Hua University)

[C-1-16] Experimental Verification of Contactless Dynamic Spindle Testing by Eddy Current Brake

〇Hitomi Sakai¹, Keigo Takasugi¹, Naoki Asakawa¹ (1.Kanazawa University)

[C-1-17] Condition of machining feasibility of five-axis machine tools with slanted rotary axes

〇Naoki Wakai¹, Keigo Takasugi¹, Naoki Asakawa¹ (1.Kanazawa University)

[C-1-18] Simulation of Cubic-machining Tests by Five-axis Machining Center with the Consideration of Workpiece Coordinate System

〇Zongze Li¹, Ryuta Sato¹, Keiichi Shirase¹, Shigehisa Sakamoto² (1.Kobe University, 2.Kumamoto University)

[C-1-20] Study on features and smart functionality of sheet metal parts for machine tools

〇Yohei Yamaguchi¹, Toshiki Hirogaki², Eiichi Aoyama² (1.DMG MORI SEIKI CO.,LTD., 2.Doshsha University)

[C-1-21] Cutting-Trace Shape Control of Machined Surface by Radius End Mill with a Five-Axis-Controlled Machine Tool

〇Junya Hanayama¹, Toshiki Hirogaki¹, Eiichi Aoyama¹ (1.Doshisha University)

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