Building code restrictive seismic design provisions and building systems type and
configuration have remarkable implications on seismic performance of reinforced concrete …

Seismic design codes require buildings to be designed only for one seismic event,
neglecting the possibility of multiple earthquake events. However considerable damage and …

Building code seismic design provisions for steel and composite moment frames and their
implications on seismic performance are examined through comparative trial designs of …

Simplified expressions to estimate the behavior factor of plane steel moment resisting
frames are proposed, based on statistical analysis of the results of thousands of nonlinear …

One of the methods to strengthen the structures against the seismic lateral loading is the
employment of the composite columns. A concrete-filled tube (CFT) has the cumulative …

This study is focused on? nonlinear analysis and design of? spatial and perimeter moment
resisting frames for a 9-storeys? office building? having? 9.15? m span.? Seismic? design …

This paper provides an overview on the design philosophy of moment resisting frames
(MRF) according to the seismic provisions of Eurocode 8 and American Institute of Steel …

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 …

Abstract A 20 storied Reinforced Concrete (RC) Moment Resisting Frame (MRF) has been
analysed and designed by Force Based Design (FBD) method and the Performance Based …

The current paper tries to evaluate overstrength, ductility and response modification factors
in special moment resisting frames with TADAS (triangular-plate added damping and …