This paper presents detailed analyses of experimental results pertaining to the cyclic
behavior of a reduced-scale reinforced masonry (RM) asymmetric building with walls …

The reinforced concrete shear walls of low-to mid-rise residential buildings, having height to
length ratio ranging from 1 to 3, are more of a concern in research studies in recent years …

In this paper, analytical models for reinforced concrete shear wall systems designed based
on Korean Building Code (KBC2009) are proposed, which have special and semi-special …

Reinforced concrete shear walls have an important contribution to building stiffness. So, it is
necessary to know their behavior under seismic loads. The ultimate behavior study of shear …

An approximate‐simple method for nonlinear response estimates of reinforced concrete
frames subjected to near‐field and far‐field records is presented in this paper. The …

This research is focused on improving the conventional response spectrum analysis (CRSA)
method for the elastic shear demands estimation of shear-dominated steel building frames …

The recent drive for the use of a single-degree-of-freedom representation in displacement-
based design and assessment of 3D reinforced concrete (RC) structures has significantly …

Abstract Performance-Based Seismic Design (PBSD) procedures require adequate
estimation of the global cyclic force–displacement (FD) behaviors of the primary lateral load …

A novel biaxial constitutive model and a nonlinear model updating algorithm are proposed
and implemented in ABAQUS software for simulating the reinforced concrete (RC) shear …

Reinforced concrete shear walls are often used to resist the lateral loads imposed by
earthquakes. Accurate evaluation of the seismic demands on shear walls requires adequate …