In order to improve the ductility of the core wall in super high-rise buildings subjected to high
axial compressive force and seismic effect, a new detailed concrete filled double-steel-plate …

The 2010–2011 Canterbury earthquakes in New Zealand revealed (1) improved structural
response resulting from historical design advancements,(2) poor structural performance due …

Existing approaches used to model the lateral load versus deformation responses of
reinforced concrete walls typically assume uncoupled axial/flexural and shear responses. A …

This paper presents the experimental calibration and validation of the analytical wall model
that incorporates interaction between shear and flexural responses under cyclic loading …

Observed wall damage in recent earthquakes in Chile and New Zealand, where modern
building codes exist, exceeded expectations. In these earthquakes, structural wall damage …

Multi-partition composite shear walls have the strong points, such as high load-carrying
capacity, good ductility, excellent energy dissipation capacity and fast construction speed …

An experimental study was conducted to provide insight into the nonlinear cyclic response of
moderate-aspect-ratio cantilever structural walls. Constant axial load and reversed cyclic …

This paper discusses the seismic performance of nine full-scale shear walls including seven
precast specimens and two cast-in-place specimens. The precast specimens were designed …

The concrete at the bottom corner of the reinforced concrete shear walls is easily crushed to
failure under vertical and horizontal loads owing to its low tensile strength. Casting steel …

To investigate the seismic behavior of shear walls with high-strength materials, cyclical
quasi-static tests on five half-scale shear walls with an aspect ratio of 1.5 were carried out …