In this paper, dynamic analysis of an active nonlinear vibration absorber using lead
zirconate titanate (PZT) stack actuator has been carried out considering time delay in the …

This article presents a design for manufacturing and assembly (DFMA) methodology for
estimating the capital costs of new, emerging energy technologies built at varying rates of …

Vibration isolation has always been a flourishing subject with practical interest because it
helps in reducing structure vibration that has serious effects on moving vehicles and …

The present paper points out the scenario of the hyperchaotic attractor formation (an
attractor with at least two positive Lyapunov exponents) in a class of models governed by the …

This study explores the dynamical behaviour of electromechanical systems used as
vibration absorber. A nonlinear system is considered, with the nonlinearity coming from …

The paper presents a low-cost experimental setup consisting of a shaking table, a
displacement measuring system based on non-contact optical infrared (IR) sensors, along …

This study is the natural continuation of a previous paper of the authors González-Carbajal
and Domínguez in J. Sound Vib.(Under revision), where the possibility of finding Hopf …

The effect of harmonic internal parametric damping (IPD) on the amplitude and the onset of
the periodic galloping of a tower is investigated in the presence of steady and unsteady …

The purpose of this paper is to study the sliding mode control as a Ricci flow process in the
context of a three-story building structure subjected to seismic waves. The stability …

The effect of internal parametric damper on periodic and quasi-periodic (QP) galloping of a
wind-excited tower is studied analytically in this paper. We use a simple degree of freedom …