Analysis of material degradation behaviors by integrating database and physical models
Multi-scale simulations for predictions of material behaviors under ultimate environments
Interactions between a line dislocation and a defect cluster by combining elastic theory and atomistic simulations
Effects of dose rate on irradiation behavior in crystalline materials
Development of a new non-destructive technique to detect material microstructural changes
Atomistic observations of crystalline material surfaces under irradiation by a linked facility between Scanning Tunnel Microscope and an ion accelerator
Development for a non-destructive evaluation method detecting irradiation-induced microstructure change
(the 5th Annual Asia-Pacific Nuclear Energy Forum on Materials for Nuclear Applications 2011)
Research at the University of Tokyo
(PSU-UT knowledge sharing for the latest achievements 2011)
Our possible collaboration by utilizing the surveillance test specimens for RPV steels
(Initiative of collaboration for Westinghouse-NFI-the University of Tokyo 2011)
Development for a non-destructive evaluation method detecting irradiation-induced microstructure change
(the 5th Annual Asia-Pacific Nuclear Energy Forum on Materials for Nuclear Applications 2011)
Research at the University of Tokyo
(PSU-UT knowledge sharing for the latest achievements 2011)
