This paper focuses on vibration control performance of Pounding Tuned Massed Damper
(PTMD) with viscoelastic pounding layers, which can dissipate energy during collision …

Multi-dimensional earthquake isolation and mitigation device (MEIMD) is a newly developed
structural vibration control device. First, the horizontal and vertical property tests are …

This work covers selected control issues, including refined force tracking algorithm
formulation, concerning the wind turbine tower-nacelle laboratory model equipped with a …

This paper deals with the design of an observed based optimal state feedback controller
having pole location constraints for an active vibration mitigation problem of an aircraft …

The hoop truss structure is an indispensable structure of communication satellite antennas.
Because the hoop truss structure can deform and seriously vibrate, a ground test is essential …

This study presents a numerical and an experimental study on an active vibration control
system. The system includes a fully-clamped plate and two surface bonded piezoelectric …

This study aims to reduce the earthquake-induced vibrations of the container crane
structures using an active vibration control. Vibration control using intelligent controllers …

The purpose of this paper is to apply robust μ-synthesis output-feedback controller design
for seismic alleviation of multi-structural buildings with parametric uncertainties and to tackle …

Assessing the seismic performance of the gantry crane is significant since the structure is
more vulnerable to earthquakes with the increase in size and lifting weight capacity. This …

A gantry crane located in a near-field earthquake-prone area is selected in this paper as an
example, and the nonlinear finite element (FE) model is used considering the material …