In this study, the use of the displacement-based fibre element (DBFE) method for modelling
the nonlinear seismic response of reinforced concrete shear wall structures with a variation …

To simulate the realistic nonlinear behavior of reinforced concrete shear walls, which are an
efficient structural system for resisting lateral forces, it is crucial to choose the appropriate …

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 …

A major unsolved aspect of the earthquake resistant design of buildings with reinforced
concrete shearwalls is the evaluation of the shear force to be used in the design of the walls …

As the need for seismic designing of the earthquake resistant structures increases,
numerous laboratory and numerical studies are being done to estimate the nonlinear …

Reinforced concrete shear walls are used because they provide high lateral stiffness and
resistance to extreme seismic loads. However, with the increase in building height, these …

Reinforced concrete shear walls are the structural elements that considerably increase the
seismic performance of buildings. Fiber elements and fiber-spring elements are used for the …

A parametric study was carried out on 18 reinforced concrete shear walls to investigate the
significance of design parameters on seismic response. The parameters included boundary …

Verifying the behavior of shear walls in a tall building requires reliable response results. This
paper examined nonlinear fiber element modeling of a slender reinforced concrete shear …

SUMMARY A member model of reinforced concrete shear wall with boundary columns and
beams was proposed for nonlinear and dynamic frame analysis. The reinforced concrete …