Lifeline structures such as hospital buildings need to be specifically designed such that they
experience reduced vibrations when subjected to earthquake excitations because it will be …

Base isolation technology is highly advocated by the research community worldwide for
efficient mitigation of earthquake-induced vibrations and alleviating seismic risks posed to …

This study explores the influence of wettability surfaces on cavitation inception and evolution
in high-speed centrifugal pumps used for thermal energy storage and transfer systems …

In the context of active vibration suppression, an integrated topology optimization framework
is proposed for the optimal control of dynamic structures. This article formulates a new …

As wind turbines grow larger, with longer blades aimed at enhancing wind energy
conversion efficiency, the accompanying increase also results in heightened vibration …

Most researches on inerter focused on the mechanism or deterministic vibration analysis,
and some studies lied in the random vibration of linear structures. However, many structures …

Purpose For the inevitable time-delay problem in semi-active vibration control, a novel quasi-
zero stiffness vibration isolator with a time-delay cubic displacement feedback control (QSVI …

Structural vibrations induced due to wind or earthquake loads can result in severe
deformations, fatigue, user discomfort, or even the collapse of civil engineering structures …

Detailed design of a base-isolated building as per Indian code provisions and practices is
made and described here to facilitate corroboration of the design with other international …

Inerter-centered structural vibration control techniques have been popular over the past 20
years. A two-terminal device known as an inerter can produce a force equal to the product of …