Designing unique experiments for the world's first achievements

Accurately capturing the mechanical properties of materials is indispensable for safe utilization of mechanical products and structures. In particular, space structures and combustion engines are used in extreme conditions such as high temperature, high pressure, or high vacuum, and thus the effect of the surrounding environment on the texture of the material must be considered. Our research laboratory targets all types of materials, including metals, polymers and composite materials. Testing equipment is built specifically for each material to understand fracture phenomena using advanced and innovative approaches. The obtained insights are applied to improve strength, durability and reliability, which are further reflected in the development of materials with higher functionalities and performance, thereby innovating new values in structural materials.

NEWS

2022.03.07
A paper by Hironori Morishita (M2) was accepted by Journal of the Society of Materials Science, Japan
2022.02.22
A paper by Gaoge Xue (D1) was accepted by Engineering Fracture Mechanics
2021.09.20
A paper by Kosuke Takahashi was accepted by Langmuir
2021.02.10
A paper by Ryosuke Shoya was accepted by Journal of the Japan Society for Composite Materials
2020.12.22
A paper by Gaoge Xue (D1) was accepted by Applied Sciences.
2020.09.28
Associate Professor Kosuke Takahashi was selected to participate in the Japan Science and Technology Agency’s Adaptable and Seamless Technology Transfer Program.(A-STEP)
2020.09.24
Riki Nagao (M2) received the Japan Society for Composite Materials Hayashi Memorial Students Award.
2020.05.30
Assistant Professor Nao Fujiwara received the 2018 Society of Materials Science, Japan’s Award for Promising Researchers