A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
E-Shape Steel Damper Destruction Mechanism Research
This paper mainly introduced one kind of new E-shape Steel Damper structure performance. The finite element method was applied in the E-shape Steel Damper structure performance evaluation. The damper model was set up and stress analysis was executed to predict the stress distribution under the working load in Abaqus. Besides, the real test in lab was accomplished to determine the site where the destruction took place and the reason why it happened. The test result verified that the simulation was correct and reliable. Study on the E-shape Steel Damper performance based on above both methods revealed that excessive plastic deformation was the main factor to cause the damper destruction to occur.
E-Shape Steel Damper Destruction Mechanism Research
This paper mainly introduced one kind of new E-shape Steel Damper structure performance. The finite element method was applied in the E-shape Steel Damper structure performance evaluation. The damper model was set up and stress analysis was executed to predict the stress distribution under the working load in Abaqus. Besides, the real test in lab was accomplished to determine the site where the destruction took place and the reason why it happened. The test result verified that the simulation was correct and reliable. Study on the E-shape Steel Damper performance based on above both methods revealed that excessive plastic deformation was the main factor to cause the damper destruction to occur.
E-Shape Steel Damper Destruction Mechanism Research
Zheng, Yu-Qing (author) / Zheng, Hui-Meng (author) / Tong, Xiao-Wu (author)
2012
5 Seiten
Conference paper
English