Kohiyama, Masayuki
コヒヤマ マサユキ
Kohiyama, Masayuki
Faculty of Science and Technology Department of System Design Engineering/ProfessorBasic Information
Specialty
Performance-Based and Optimal Structural Design, Seismic Risk Assessment and Damage Estimation, Artificial Intelligence for Structural Health Monitoring, Disaster Reduction Systems, Resilient Community Development
Related Links
Researcher Number
10333577
Paper Review Qualification
Thesis Guide Qualification in the Graduate School of Science and Technology : Master/Doctor
Message from Faculty
We believe that engineers need to improve their communication skills, problem finding/solving skills, and leadership. By increasing the trust of engineers, excellent products can become more widespread and society can be enriched. the more excellent products will spread and the society will be enriched. In our research activities, we aim to cultivate these skills through uncompromising discussions.
Biography
General introduction
This laboratory focuses on performance-based design and optimal design of structures that realize architectural and civil engineering structures with the performance demanded by the users and owners. In order to design the society that has the secure and resilient mechanisms against disasters, the disaster reduction systems and disaster-resistant housing and communities are extensively studied, in which risk evaluation and damage estimation of structures take a leading part.
Research experience
Keio University The Center for Space and Environment Design Engineering, School of Science for Open and Environmental Systems, Graduate School of Science and Technology Chief Professor
Keio University Department of System Design Engineering, Faculty of Science and Technology Chief Professor
Keio University Department of System Design Engineering, Faculty of Science and Technology Associate Professor
Research
Reseach overview
This laboratory focuses on performance-based design and optimal design of structures that realize architectural and civil engineering structures with the performance demanded by the users and owners. In order to design the society that has the secure and resilient mechanisms against disasters, the disaster reduction systems and disaster-resilient housing and communities are extensively studied, in which risk evaluation and damage estimation of structures take a leading part.
Research Interests
- Architectural Structural Engineering
- Earthquake Engineering
Research areas
Structure engineering and earthquake engineering / Structural Engineering, Earthquake Engineering, Maintenance Management Engineering
Building structures and materials / Building Construction/Material
Social systems engineering / Social System Engineering/Safety System
Safety engineering / Social System Engineering/Safety System
Disaster prevention engineering / Natural Disaster Science
Social Activities