• Dynamic impact analysis

• Fracture mechanical simulation

• Simulation of adhesively bonded joints and composites  

We are dedicated to academic and technical research for various computational simulations using finite element method (FEM) based on dynamics and solid mechanics. This includes dynamic impact analysis incorporating strain-rate dependency and nonlinearity from various sources, material and product failure analysis utilizing continuum damage mechanics and fracture mechanics, and interface fracture analysis of composite materials using Cohesive Zone Modeling techniques. These studies find applications in analysis and design of packaging of consumer appliances, impact analysis of spent nuclear fuel transport casks, and design and safety assessment of structural adhesive bonding elements and so on. We primarily offer analysis results that have been experimentally validated, and we also conduct research to facilitate such validation.