In this study, a performance-based plastic design (PBPD) method for dual system of buckling-
restrained braced reinforced concrete moment-resisting frames (RC-BRBFs) is developed …

Observations from past earthquakes demonstrated that buildings in high seismic regions
might be exposed to several aftershocks following the mainshock which can significantly …

This paper presents the application of an energy-based seismic design procedure to
strengthen non-ductile reinforced concrete frames using buckling-restrained braces. An …

This paper presents a design procedure and analytical evaluation of two strengthening
techniques to improve the seismic performance of the existing non-ductile RC frames with …

To promote the seismic performance of reinforced concrete column-steel beam (RCS) frame,
eccentric braces were creatively introduced into it. An improved plastic design method …

A mixed genetic algorithm and particle swarm optimization in conjunction with nonlinear
static and dynamic analyses as a smart and simple approach is introduced for performance …

The authors of the paper, on the basis of the analysis of a large number of scientific papers,
presented their original systematization of seismic analyses of structures, where a large …

This paper presents first time application of the Performance-Based Plastic Design (PBPD)
approach to seismic resistant reinforced concrete special moment frames (RC SMF). Four …

This paper describes an analytical investigation on a reinforced concrete lateral load
resisting structural system comprising a pin‐supported (base‐rocking) shear wall coupled …

Energy-based seismic design of structures has gradually become prominent in today's
structural engineering investigations because of being more rational and reliable when it is …