Overview
Our research interests lie in the mechanics of materials and structures, with a particular focus on composite materials, adhesively bonded joints, and other materials for mechanical systems. Our work spans from fundamental studies to applied research, aiming at applications in aerospace systems, automobiles, and other industrial fields. We also actively collaborate with the Japan Aerospace Exploration Agency (JAXA), as well as domestic and international universities and industry partners.
Our research group develops mechanical testing methods for composite materials and adhesively bonded joints, and experimentally evaluates damage and fracture behavior across scales—from the microscopic (nm order) to macroscopic structural components. We also integrate experimental data with image processing, data science, and numerical simulations to elucidate the underlying mechanisms of material strength.
The advancement of digital technologies such as data science has highlighted the importance of high-quality experimental data for accurate modeling and understanding of phenomena in recent years. Our research group accumulates precise experimental datasets and disseminates them internationally, contributing to the digital transformation (DX) of the material strength field.
Additionally, we pursue research aimed at future mechanical systems, including the proposal of novel structural concepts.