Reliability-based optimal design of a hybrid base isolator with an MR-TMDI using multi-condition experimentally identified MR damper parameters under non-stationary ground motion
Journal of Vibration and Control
Published online on April 20, 2026
Abstract
Journal of Vibration and Control, Ahead of Print.
Conventional passive base isolators often experience large displacement demand that require more advanced architecture to ensure safety and serviceability. To reduce this displacement demand, hybrid base isolation system is often prescribed where the ...
Conventional passive base isolators often experience large displacement demand that require more advanced architecture to ensure safety and serviceability. To reduce this displacement demand, hybrid base isolation system is often prescribed where the ...