Abstract
A shear wall is a straight-up segment of a structural system that is inevitable to fend off lateral pressures that are in-plane, including wind and earthquakes. It is one of the main structures that resist vertical and horizontal forces acting in its plane with rather stiff resistance. Provision of stability by assuring ductility of the structure and hence improving the resistance against oblique loads coming on the structure. They are considered as a reinforced braced system that ensures the load-carrying capacity of tall structures. Each component's load attraction is deeply affected by its position and relative stiffness. So, for structural advantages, the dimensions, height, and geometry of the shear wall system should be considered, especially in irregular structures. The type and characteristics of the shear wall should be considered before construction. This review can be recommended for future studies on the stability of structures with lateral load-resisting systems. This study deals with the relative analysis of the research trend on the stability of structures with different shear wall conditions on the topic at hand and the results of the poll, all-inclusive outcomes are provided in conclusions that form the ideas of the additional study.
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