Material strength Laboratory

Ensuring safety and enhanced reliability of machines

 
Our laboratory researches screws, gears and other mechanical components from the perspectives of material and fracture mechanics. We aim to boost the reliability and strength of mechanical components used in automobiles, trains, planes and other vehicles. Recently, we have studied fatigue fracture and friction properties of bolts made from aluminum alloys or magnesium alloys, which will likely be used in next-generation vehicles, with the goal of developing new evaluation methods and fastening technologies.
lab_shinji_hashimura
College of Engineering
Engineering Science and Mechanics
Faculty Name
Shinji Hashimura
Academic Society
The Japan Society of Mechanical Engineers
Society of Automotive Engineers of Japan, Inc
The Society of Materials Science, Japan
Japanese Society of Tribologists
Japan Society for Design Engineering
Society of Automotive Engineers
Keyword
Fatigue strength evaluation, Fastening and bonding technologies, Machine components, Bolted joints, Automobiles, Railways, Machinery tools, Multi-material

Study Fields

Material mechanics, Design engineering, Study on material strength, Tribology

For Society

Results of our research have been used in various machines. Fastening technologies for bolts made of aluminum or magnesium alloys, which are used for assembling Shinkansen trains and automobiles, are essential because such vehicles need further weight reduction and enhanced reliability.

Research Themes

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