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Material strength Laboratory
Explore mechanical joint for more reliable multi-material structures!
Multi-material structures have been promoted in the field of transport equipment including cars, trains and airplanes. Multi-material structures can design lightweight and high-strength structures by using various materials appropriately. Those structures need highly-reliable techniques to join dissimilar materials like dissimilar metals and resin & metals. To realize multi-material structures, we focus on research of mechanical joint methods such as bolted joint including bolt & nut and high-speed nailing joint to drive nails into metals with high speed.
College of Engineering Mechanical Engineering Fundamental Mechanical Engineering
/ Graduate School of Engineering and Science（Master's Program） Mechanical Engineering Course
/ Graduate School of Engineering and Science（Doctor's Program） Regional Environment Systems Course
- Faculty Name
- HASHIMURA, Shinji
- Keyword
- Fatigue strength evaluation,Fastening and bonding technologies,Machine components,Bolted joints,Automobiles,Aerospace
- Laboratory location
- Research Building TOYOSU Campus 4F 04C32-a
This lab is for this SDG activity:
STUDY FIELDS
- Material Mechanics
- Strength and Fracture of Materials
- Mechanical Design Engineering
- Tribology
FOR SOCIETY
Our study outcomes are used in a wide range of mechanical structures and help to enhance weight reduction and reliability of transport equipment assembly including bullet trains and cars. We have been contributing to improvement of reliability of mechanical joint techniques indispensable for coming multi-material age.
RESEARCH THEMES
- Study of high-speed nailing joint
- Study for fatigue strength characteristics of nonferrous metal bolts
- Study of stiffness and fatigue strength of bolted joints of thin plates
- Study to control tightening axial force of bolt tightening bodies
