Faculty - ADACHI Kazuhiko |

（Last updated : 2025-03-26 09:35:21）

ADACHI Kazuhiko

Department / Course

工学部機械工学科

大学院工学研究科機械工学専攻

Job 教授

学歴
	Kobe University Dr. of Engineering
	Graduate School, Division of Engineering Kobe University

学内役職・委員
2023/04/01 ～ 2025/03/31	Chubu University

所属学会
～	JSME (The Japan Society of Mechanical Engineers)
～	ASME (The America Society of Mechanical Engineers)
～	etc.

現在の専門分野
機械力学・制御, Biomechanics, Machine Dynamics, Vibration Engineering

研究テーマ
Vibration Analysis and Design of Internal Grinding Spindle with a Large Length-to-diameter Ratio
Vibration Analysis and Design of Internal Grinding Spindle with a Large Length-to-diameter Ratio
Dynamic Analysis and Design of High-speed Turbomachinery
Biomechanics of Proximal Femur

著書・論文歴
Papers	Postoperative Fracture Risk Assessment of Osteosynthesized Proximal Femur under Physiological Gait Loading Condition Using a Subject-specific 3D Finite Element Model (in Japanese). Biomechanism Vol.24,pp.149-157 2018/08
Papers	Theoretical Studies of Influence of the Configuration on the Function of Planetary Gear Inerter for Rotating Drivetrain International Journal of Automotive Engineering Vol.9 (Issue 2),pp.48-55 2018/04
Papers	Theoretical Studies of Influence of the Configuration on the Function of Planetary Gear Inerter for Rotating Drivetrain International Journal of Automotive Engineering Vol.9 (Issue 2),pp.48-55 2018/04
Papers	Theoretical Studies for Dynamical Function of Practical Inerters(in Japanese). Transactions of the JSME Vol.84 (No.857) 2018/01

学会発表
2018/08	Development of a Musculoskeletal Finite Element Analysis Method for Dynamic Bone Stress Analysis of Proximal Femur (The 42nd Annual Meeting of the American Society of Biomechanics, Poster Presentation)
2018/08	Development of a Musculoskeletal Finite Element Analysis Method for Dynamic Bone Stress Analysis of Proximal Femur (The 42nd Annual Meeting of the American Society of Biomechanics, Poster Presentation)
2017/11	A novel dynamic bone stress evaluation method of postoperative proximal femur during gait by using elastic multi body analysis based on finite element analysis (The 2017 ASME International Mechanical Engineering Congress & Exposition, Oral Presentation, IMECE2017-71042)
2017/11	A novel dynamic bone stress evaluation method of postoperative proximal femur during gait by using elastic multi body analysis based on finite element analysis (The 2017 ASME International Mechanical Engineering Congress & Exposition, Oral Presentation, IMECE2017-71042)
2017/11	Theoretical analysis of a novel planetary gear type inerter for the torsional vibration suppression capability of automotive drive train system (The 2017 ASME International Mechanical Engineering Congress & Exposition, Oral Presentation, IMECE2017-70372)
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資格・免許
	P.E.Jp
	ISO Machinery Condition Analyst, Vibration: Category IV

委員会・協会等
	Turbomachinery Society of Japan 所属