safety
Steel Structures Laboratory
Create smarter, safer and stronger steel buildings for a sustainable future
Due to their excellent structural properties, steel materials are widely used in large-span buildings and super high-rise buildings worldwide. However, to fully utilize the excellent performance of structural steel, proper design and fabrication are essential. Our laboratory conducts research to pursue a design and fabrication method to economically achieve safer and more secure steel structures by full use of advanced experimental and computational approaches.
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
- ASADA, Hayato
- Keyword
- Steel Structures,Earthquake-resistant Structures,Passive-controlled Structures,Welding,Composite Structures
- Laboratory location
- Centennial Main Building TOYOSU Campus 8F 08I12
This lab is for this SDG activity:
STUDY FIELDS
- Architecture
- Earthquake Engineering
- Structural Engineering
- Structural Steel Design
FOR SOCIETY
We will develop superior structural design methods to achieve high-quality buildings. Also, contribute to sustainable manufacturing by promoting advanced technologies such as robotics and creating quality control rules commensurate with the rationalization of fabrication.
RESEARCH THEMES
- Ultimate performance evaluation of steel and composite connections
- Seismic evaluation of steel and composite frames
- Development of structural system by utilizing ultra-high strength steel
- Seismic rehabilitation of existing buildings
- Optimization of welding and fabrication process
