Adjustment of Tall Building Behavior by Guided Optimization of Magneto-Rheological Damper Control Parameters

Magneto-rheological dampers (MR-Dampers) are increasingly being used in construction applications to reduce the dynamic response of structures seismic activities or severe wind loading. Sensors attached structure will signal computer supply with an electric charge that transfers MR fluid a near-solid material different physical and mechanical properties (viscoelastic behavior). Control algorithms govern conversion, which controls behavior damper performance under loading event. The successful optimization control parameters minimizes overall structural forces. main objective this research is change output specific floors within building subjected excitation by optimizing MR-Damper impact floor number building. adjustment attain was validated multiple case studies throughout research. implementation outcome result optimized MR-damper design meet performance-based criteria projects.