In this paper, the design of a hybrid mass damper (HMD) is proposed for the reduction of the
resonant vibration amplitude of a multiple degree-of-freedom structure. HMD includes both …

The addition of a dynamic vibration absorber (DVA) to a vibrating structure could provide an
economic solution for vibration suppressions if the absorber is properly designed and …

In the present work, vibration suppression of a single degree of freedom nonlinear spring-
mass primary (main) system subjected to simultaneous external harmonic and parametric …

This paper generalizes and modifies the Equal-peak method for the design of nonlinear
vibration absorber for use in the vibration suppression of nonlinear primary vibration system …

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 paper presents a semi-active tuned mass damper (STMD) with acceleration and
relative motion feedbacks that is optimised in the frequency domain to ensure the same …

The paper presents a new dual transducer and its associated control law. It aims to increase
the efficiency of a traditional passive damped electromagnetic resonator by controlling its …

Unlike most studies on passive vibration control devices wherein mechanical topologies are
fixed and only parameters need to be optimized, this study proposes a generic automatic …

This work optimizes a dynamic vibration absorber (DVA) model equipped with an additional
amplifying mechanism using the H∞ optimization criterion, which aims to minimize the …

A simple control law, dedicated to improving the performance and stability of hybrid mass
dampers, is investigated. The resulting hybrid device is based on decentralized velocity …