Abstract
Structures are exposed to dynamic loads such as ground motions. Structures exposed to ground motion may be subjected to deformation if they do not have control systems. Control systems are used in structures to minimize these deformations. These control systems consist of types such as active, passive, semi-active, and hybrid. The application of these control systems varies depending on the type of structure and the ground motion to which it will be exposed. Since many variables are effective in the design of control systems, it is necessary to optimize these systems. Thanks to metaheuristic-based optimization, the best solution can be obtained under an objective function, as long as certain constraints are provided. In this study, optimization studies for active, passive, semi-active, and hybrid control systems are reviewed.
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