This paper investigates quasi-periodic vibration-based energy harvesting in a delayed
nonlinear MEMS device consisting of a delayed Mathieu–van der Pol–Duffing type oscillator …

The paper presents time-delayed feedback control to reduce the nonlinear resonant
vibration of a piezoelectric elastic beam. Specifically, we examine three single-input linear …

This paper studies quasiperiodic vibration-based energy harvesting in a forced nonlinear
harvester device in which time delay is inherently present. The harvester consists of a …

Abstract Quasi-periodic (QP) vibration-based energy harvesting is studied in this paper. The
energy harvesting system consists in a delayed van der Pol oscillator with time-varying …

Quasi-periodic vibration-based energy harvesting is investigated in a delayed van der Pol–
Duffing oscillator coupled to a delayed piezoelectric mechanism. It is assumed that the time …

One of the most important problems of nonlinear dynamics is related to the development of
methods concerning the identification of the dynamical modes of the corresponding systems …

In this paper, we study quasi-periodic vibrational energy harvesting in a delayed self-excited
oscillator with a delayed electromagnetic coupling. The energy harvester system consists in …

Time-delayed feedback control is one of the important active control methods for complex
dynamical behaviors in nonlinear systems. Yet its relationship and effectiveness on multiple …

The time-delayed displacement feedback control is provided to restrain the superharmonic
and subharmonic response of the elastic support beams. The nonlinear equations of the …

The main purpose of this manuscript is to introduce and compare two methods for
discussing the nature of Hopf bifurcation, namely, a research method combining the normal …