The paper deals with the semi-active control of vibrations of structural elements. Elastomer
composites with ferromagnetic particles that act as magnetorheological fluids are used. The …

The dynamic interaction between trains, tracks, and bridges is a critical consideration in
railway engineering, particularly for designing efficient railway bridges. This interaction …

This study introduces a novel Bayesian framework for online and real-time vibration control
of beam type structures, which represent a comprehensive control system associated with …

This paper studies the optimal control of vibration of a beam excited by a moving mass. One
important background of this work is vehicle-bridge interaction. As this is a time-varying …

In this paper a semi-active method to control the vibrations of twin beams connected at their
tips by a smart damping element is investigated. The damping element can be made of a …

Torsional vibrations induced in drilling systems are detrimental to the condition of the
machine and to the effectiveness of the engineering process. The cause of vibrations is a …

Purpose This paper considers the problem of vibration control of a multi-span continuous
beam bridge under moving mass using quasi-zero stiffness (QZS) isolator. The coupled …

A novel method for adaptive semi-active vibration control of structures subjected to a moving
load is studied. The velocity of the load is assumed to be time-varying. The controller …

This paper presents the strategy of semi-active damping of vibrations of a beam span
subjected to a moving load. Intermediate supports as controlled dampers significantly …

The problem of the optimal semi-active control of a structure subjected to a moving load is
studied. The control is realized by a change of damping of the structure's supports. The …