Advances in Design and Disaster Mitigation of Engineering Structures

© 2022 by the authors; CC BY-NC-ND license

prefabricated buildings; steel structures; autoclaved lightweight concrete (ALC) panel; seismic behavior; connector type; transformer–bushing system; inerter element; isolation system; stochastic response; parameter optimization; seismic response; tuned inerter damper; stochastic response; closed-form solution; parameter optimization; displacement mitigation ratio; seismic response; grotto–eave system; inerter element; stochastic response; demand-based optimal method; dynamic response; pushover analysis; low-rise RC buildings; infill walls; UMRHA; seismic response; combined column; numerical analyses; ultimate compressive bearing capacity; slenderness ratio; opening ratio; adjacent building; viscous damper; seismic response; transmissibility; time history analysis; GFRP insulators; seismic performance; bending; joints/joining; shaking table test; high-rise building; sandy soil area; Soil Mixing Wall pile; site measurement; mechanical property; H-shaped steel; internal force; steel plate shear wall (SPSW); atmospheric corrosion; hysteretic performance; finite element method (FEM); fatigue damage mitigation; fluid viscous damper; tuned mass damper; welded beam-to-column connection; steel high-rise building; member sensitivity; temperature; latticed shell structure; load path