Materials Design Division

Materials Design by Computer Simulation

久保 百司 写真
Prof. Momoji KUBO    
Assist. Prof. Nobuki OZAWA    
Specially Appointed Assist. Prof. Yusuke OOTANI    
Specially Appointed Assist. Prof. Jingxiang XU    

Solution of Energy and Environmental Problems and Realization of Safe and Secure Society by Computer Simulation

In order to solve the energy and environmental problems and to realize the safe and secure society, the development of the high-functional and high-performance materials is required in a wide variety of research fields such as aerospace instruments, tribology, solar cell, fuel cell etc. Especially, the recent material technologies constitute of multi-physics phenomena including chemical reaction, friction, impact, stress, fluid, photon, electron, heat, electric and magnetic fields etc. Therefore, this laboratory is pioneering the development of new multi-physics simulation technology based on first-principles molecular dynamics, tight-binding molecular dynamics, coarse-grained molecular dynamics etc. and then is realizing the theoretical materials design with high-accuracy and high-speed. Especially, we are utilizing our dedicated HITACHI SR16000 supercomputing system and it realizes the super-large-scale and super-high-speed simulations.

computer simulation, multi-physics simulation, multi-scale simulation, materials design, low carbon society, safe and secure society
Material Design for Aerospace Instruments by Electronic- and Atomic-Level Simulation

Material Design for Aerospace Instruments by Electronic- and Atomic-Level Simulation

Material Design for Solar Cell by Electronic- and Atomic-Level Simulation

Material Design for Solar Cell by Electronic- and Atomic-Level Simulation

About IMR