Since the well-known Millennium bridge accident happened at the beginning of this century,
both researchers and engineers realized that the human-induced vibration may lead to …

The author graduated from the Department of Civil Engineering, Southeast University of
China, in December 1992, majored in structural engineering, and obtained the doctor's …

A comfort-based optimal method has been developed for designing floors using tuned
inerter mass systems (TIMS) to reduce the vertical-vibration response of floors subjected to …

This study proposes a novel nonlinear rotational inertial double-tuned mass damper
(NRIDTMD), which introduces a cubic stiffness element into the inerter-based passive …

With five sub towers and a maximum height of 246.8 m, the Beijing Olympic Tower (BOT) is a
landmark of Beijing. The complex structural properties and slenderness of the BOT render it …

An effective design approach for Multiple Tuned Mass Dampers (MTMDs) in pedestrian
bridges was proposed by utilizing the transfer function to obtain each TMD's optimum …

This paper deals with the performance of a novel nonlinear viscous dashpot with variable
damping. The new proposed dashpot can be utilized in devices for instance dynamic …

An extensive experimental and theoretical research study was undertaken to study the
vibration serviceability of a long-span prestressed concrete floor system to be used in the …

The structural problems related with excessive vibrations of steel-concrete composite floors
due to human rhythmic activities is the main motivation for the development of an analysis …

This paper presents the field tests and vibration performance assessment of two long-span
floors with tuned mass dampers (TMDs). The floors considered are made of steel beams and …