The soaring operating performance of robotic manipulators renders the significance of
advanced controller design. However, the uncertainty in practice would unavoidably lead to …

The tuned mass‐damper‐inerter (TMDI) is a recently proposed linear passive dynamic
vibration absorber for the seismic protection of buildings. It couples the classical tuned mass …

The reliability-based design optimization (RBDO) of base-isolated structures by means of
the state-of-the-art methods has been confronted with the high computational cost because …

A reliability based optimization of Tuned Mass Damper (TMD) parameters in seismic
vibration control under bounded uncertain system parameters is presented. The study on …

This paper proposes a novel fully probabilistic framework for the performance‐based
seismic design of structures and uses tuned inerter dampers (TID) installed in civil …

This paper discusses design-under-uncertainty problems that employ a probabilistic
performance as objective function and consider its estimation through stochastic (ie, Monte …

This paper puts forward a reliability-based approach to seismic design of steel moment
frame structures isolated with lead-rubber bearing (LRB) devices. The system is modeled as …

The active control system for structural vibration is extremely sensitive to the parametric
uncertainty so that more and more concerns of its reliability estimation have been given …

Modelling uncertainty can significantly affect the structural seismic reliability assessment.
However, the limit state excursion due to this type of uncertainty may not be described by a …

The optimum design of base isolation system to control seismic vibration considering
uncertain system parameters are usually performed by minimizing the unconditional …