Incremental dynamic analysis (IDA) is a parametric analysis method that has recently
emerged in several different forms to estimate more thoroughly structural performance under …

Abstract Incremental Dynamic Analysis (IDA) is an emerging structural analysis method that
offers thorough seismic demand and limit-state capacity prediction capability by using a …

Steel moment resisting frames are prevalent seismic force resisting systems that are used
extensively in high seismic regions worldwide. New design procedures suggested by codes …

Steel plate shear walls usually do not satisfy the strong-column weak-beam design criteria,
leading to larger column sections. On the other hand, rigid frame structures are typically …

In this article a new technique for the dynamic response of structures is investigated. This
applied procedure can predict the approximate seismic performance of the structures and it …

Prediction of existing buildings' vulnerability by future earthquakes is one of the most
essential topics in structural engineering. Modeling steel structures is a giant step in …

Incremental Dynamic Analysis (IDA) is a parametric analysis method that allows evaluating
the structural performance under seismic loads more accurately than traditional static and …

In this paper, a technique for the study of nonlinear performance of structures in different
levels of earthquakes is developed. In this method, the Incremental Dynamic Analysis (IDA) …

In design steel frames, combining semi-rigid and rigid connections can result in better
structural performance, particularly in seismic locations. In this study, the effects of semi-rigid …

Building design codes of practice in Hong Kong and many other low-to-moderate seismic
region do not generally include any provision for consideration of seismic resistance …