Although civil engineering problems are often characterized by significant levels of
complexity, they are generally approached and solved by combining several practitioners' …

This study aims to investigate the performance of a tuned mass damper (TMD) in mitigating
the dynamic response of buildings to far-and near-fault earthquake records including soil …

Tuned mass dampers (TMD) have demonstrated effectiveness and robustness in controlling
vibrations in marine structures. Solutions to the TMD's Multi-objectives optimization problem …

An effective vibration control device, the pendulum tuned mass damper (P-TMD), can be
easily realized as a mass supported on rolling or sliding pendulum bearings. While the …

The seismic performance of tuned mass dampers (TMDs) on structures undergoing inelastic
deformations may largely depend on the ground motion intensity. By estimating the impact of …

In this research work, our goal is to test vibration mitigation and seismic devices for slender
parametric structures subject to winds, seismic induced vibrations, and vehicular traffic. The …

An elasto-plastic spring is utilized in a tuned mass damper (TMD) with eliminating its viscous
damper to establish a new seismic response control system. A novel method to find the most …

The stories of structure may have different and limited axial force capacity. In order to
passively control the translational movement of structures, a tuned mass damper (TMD) …

Steel structures are widely used all over the world. Steel interprets the most current
synthesis between engineering and architecture, creating constructions that translate into …

Deep liquid storage tanks cannot be implemented as tuned liquid damper (TLD) as the
depth ratios often exceed the limit (0.3) for nonlinear sloshing and wave breaking. This study …