@article { author = {Kiran, K.K. and Kori, Jagadish}, title = {High-Rise Structure Exposed to Blast Load Controls by MR Damper and Cladding Material}, journal = {Reliability Engineering and Resilience}, volume = {2}, number = {1}, pages = {21-49}, year = {2020}, publisher = {Pouyan Press}, issn = {2821-0727}, eissn = {2821-0727}, doi = {10.22115/rer.2020.213520.1016}, abstract = {Blast load is an impulse, unpredictable load occurs on the structure. It causes not only damage to the structure but also takes the life of the people. Here an attempt is studied is carried out for a high-rise structure exposed to blast load. The response is calculated by using Adaptative based modal push over analysis. The responses are storey drift, displacement, velocity, accelerations, pressure, impulse, base shear, interstorey displacement, storey drift ratio and normalized pressure impulse. The three-dimensional analysis is carried out. The response is controlled by using M R damper and cladding material. The different algorithm is used for the analysis of MR damper are Bang Bang, Clipped Optimal, Lyapunov and LQR control algorithm.}, keywords = {Blast load,High rise structure,MR damper,Pressure Impulse Curve,Normalized impulse curve,Cladding material}, url = {https://www.rengrj.com/article_113436.html}, eprint = {https://www.rengrj.com/article_113436_6c38d537f8e09eab0384d36df6980835.pdf} }