safety
Structural Engineering Laboratory
For safe future where people can live with a peace of mind
Many architectural buildings made with reinforced concrete have been constructed in modern era. Examining the mechanism of failures in reinforced concrete structures has progressed in recent years, but there are unknown areas still remain in the mechanism. We are making pillars, beams and sections bonding pillars and beams and actually applying force on them as part of experiments and analyses. Based on the research results, we are making proposals on methods to design earthquake-resistance structures for making a better living environment where people can live with a peace of mind.
School of Architecture Department of Architecture
/ Graduate School of Engineering and Science（Master's Program） Architecture and Architectural Engineering Course
/ Graduate School of Engineering and Science（Doctor's Program） Regional Environment Systems Course
- Faculty Name
- KISHIDA, Shinji
- Keyword
- Architectural structures,Earthquake-resistant structure,Reinforced concrete structures,Safety,peace of mind,Structural mechanics,Prestressed concrete structures,Disaster preparedness,Disaster mitigation,Durability
- Laboratory location
- Centennial Main Building TOYOSU Campus 8F 08K13
This lab is for this SDG activity:
STUDY FIELDS
- Architecture
- Architectural structure mechanics
- Seismic technology
FOR SOCIETY
Many stylish buildings have been designed in recent years. We will help develop technologies to equip robust earthquake resistance capabilities to buildings without compromising the excellent designs.
RESEARCH THEMES
- Research on methods to design pile caps
- Evaluation of seismic performance of crimped joints of precast, prestressed concrete
- Performance evaluation of areas bonding pillars and beams made of reinforced concrete
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