A semi-active vibration absorber with real-time controlled magnetorheological damper (MR-
SVA) for the mitigation of harmonic structural vibrations is presented. The MR damper force …

With the use of lighter construction materials, more slender architectural designs, and open
floor plans resulting in low damping, vibration serviceability has become a dominant design …

An extensive literature review of human induced vibrations that flexible footbridges
experience is addressed in this study. Qualitative information is comprehensively included …

This paper describes the new concept of a semi-active tuned mass damper with
magnetorheological damper (MR-STMD). The real-time controlled MR damper force …

Integral resonant control (IRC) has been recently introduced as a simple, robust and high‐
performance technique for vibration control of smart structures instrumented with collocated …

This paper presents a new adaptive tuned mass damper (TMD) whose stiffness and
damping can be tuned in real-time to changing frequencies of a target structure. The …

Tuned mass dampers (TMDs) represent a quite mature technology for controlling human‐
induced vibrations of footbridges, when they are tuned to the primary structure's fundamental …

The current trend toward lighter and slender pedestrian structures, with new aesthetic
requirements and high‐performance materials, has resulted in structures with increased …

This paper investigates precise stiffness and damping emulation with MR dampers when
clipping and a residual MR damper force constrain the desired control force. It is shown that …

This article describes the research work relating to the assessment and control of human-
induced vibration of an unusual curved cable-stayed bridge with separate road and …