This study aim to analyze the differences in the tendency of seismic loss caused by earthquakes according to the types of steel moment frames. In the current standard, the magnitude of the seismic load for performing elastic design is adjusted based o...
This study aim to analyze the differences in the tendency of seismic loss caused by earthquakes according to the types of steel moment frames. In the current standard, the magnitude of the seismic load for performing elastic design is adjusted based on the ductility of the system during the seismic design. Accordingly, a system with high ductility develops an inelastic response relatively early. In order to conduct a research analyzing the effect of this on seismic loss, the seismic design and seismic performance evaluation of steel ordinary and special moment frames under the same design conditions were performed, and the evaluation results were compared and analyzed.