Active vibration control via inertial mass actuators has been shown as an effective tool to
significantly reduce human-induced vertical vibrations, allowing structures to satisfy vibration …

The active tuned mass damper (ATMD) is an efficient and reliable structural control system
for mitigating the dynamic response of structures. The inertial force that an ATMD exerts on a …

The field of vibration serviceability of civil structures is becoming an increasingly important
research area. There is a need to better understand the dynamics of these structures and …

Active vibration control techniques using inertial‐mass actuators have gained some level of
acceptance in civil structures. Recent research indicates the effectiveness of this technique …

Long-span and lightweight floors are often prone to structural vibrations due to their low
resonance frequency and inherent dam**. They are easily excited by human walking or …

A new concept for a deployable autonomous control system (DACS) was recently developed
by the authors to achieve short-term vibration mitigation in lightweight structures. With the …

Hoy en día, es bastante habitual encontrar estructuras ligeras y esbeltas con problemas en
el estado límite de servicio de vibraciones. Esto es debido fundamentalmente al uso de …

14. K. Van Nimmen, P. Verbeke, G. Lombaert, G. De Roeck and P. Van den Broeck.
Numerical and experimental evaluation of the dynamic performance of a footbridge with …

Excessive floor vibration that annoys occupants is an important and growing problem in
residential buildings. Active control of these vibrations using sensors, actuators and …