In this paper, a state-of-the-art literature review is presented emphasising on the
development of control variants for mass damper schemes on building-like structures …

Interruptions in the supply of electricity cause numerous losses to consumers, whether
residential or industrial and may result in fines being imposed on the regulatory agency's …

This work is devoted to design, implement and validate an active mass damper (AMD) for
vibration mitigation in slender structures. The control law, defined by means of genetic …

General real-time hybrid testing (RTHT) for active mass driver (AMD) system requires shake
table to achieve boundary conditions between the numerical and experimental …

It is realized that force exerted at the two ends of an inerter is proportional to their relative
acceleration between them. Generally, a mechanical inerter has much smaller mass than a …

In this paper, a new modified multi-state-dependent parameter (MSDP) model estimation
method is proposed with the aim of application for seismic response prediction of open-and …

Active structural control has been recognized as an intelligent method to mitigate seismic
vibrations of structures by generating superior supplemental damping in structural …

Active mass dampers (AMDs) have been used to suppress vibration of structures subjected
to dynamic loading. Generally, controller design of AMD requires an identified numerical …

In the semiconductor industry, the vulnerability of high‐tech facilities installed on platforms to
ground excitations induced by nearby traffic is significantly pronounced, primarily due to …

Ice-induced vibration is one of the major risks that face the offshore platform located in cold
regions. In this paper, the gated recurrent neural network (GRNN) is utilized to predict and …