Earthquake hazards effect significant damage to structures and cause widespread failure
throughout buildings. Moment resisting frames are widely used as lateral resisting systems …

The seismic performance of a composite moment resisting frame (MRF) comprised of
concrete filled tube (CFT) columns and wide flange beams was investigated experimentally …

The capacity of a structure can be assessed using inelastic analysis, requiring sophisticated
numerical procedures such as pushover and incremental dynamic analyses. A simplified …

This paper examines the seismic performance of composite steel-concrete moment-resisting
frames. Several sensitivity and parametric investigations are undertaken using an advanced …

The objective of this research is to improve the knowledge base on the seismic behavior of
typical steel moment resisting frame structures, considering regions of different seismicity …

The objective of this study was to investigate the seismic behaviors of columns in Ordinary
Moment Resisting Concrete Frames (OMRCF) and Intermediate Moment Resisting Concrete …

This study focuses on the seismic performance of Ordinary Moment‐Resisting Concrete
Frames (OMRCF) designed only for gravity loads. For this purpose, a 3‐story OMRCF was …

Composite moment frames consisting of steel beams and reinforced concrete columns (so
called RCS moment frames) are one of several types of hybrid systems gaining acceptance …

A multi‐level seismic vulnerability assessment of reinforced concrete moment frame
buildings located in moderate seismic zones (0.25 g) is performed on a set of ductile …

Abstract Incremental Dynamic Analysis (IDA), Nonlinear Response History Analysis
(NLRHA) and Nonlinear Static Pushover Analysis (NSPA) has been carried out to evaluate …