… is, by many designers, RC walls with insufficient shear resistance have been … walls, a model
was proposed, which takes into account both inelastic shear behaviour and inelastic shear-…

… The test program also showed that the inelastic seismic response of shear walls including
shear deformation effects and shear sliding behavior can be reproduced in reduced-scale …

… the shear resistance of existing buildings might be insufficient and inelastic shear behaviour
… A model to account for inelastic shear behaviour and inelastic shear-flexural interaction has …

… force during response not only affects the yield level of each wall due … wall members on
overall responses of coupled shear wall structures and on the behaviour of each individual wall …

… with the experimental results of cyclic tests of shear walls. Though this model may still be
refined, it may be used to predict the inelastic seismic behavior of reinforced concrete, building …

… -shear wall buildings with varying wall size were designed according to capacity design
principles. Their response … Particularly significant observations were the high levels of wall shear …

… An inelastic displacement-based design method for steel plate shear wall systems is presented
in this paper. The method is applied to the design of four-story steel frame structures, with …

… inelastic response behavior of individual walls and systems. This paper presents the method
for calculating shear and bending deformations, and bending and shear … low-rise shear wall …

… The focus of the research is on seismic response, although the behavior under wind
loading is also addressed. There are two primary components of a Steel Plate Shear Wall: 1) A …

… the response was elastic. whereas in the second, the pulse loads were increased to elicit
an inelastic response. in the latter case. the analysis showed that the inelastic behaviour in the …