Over the past two decades, vibrational resonance has garnered significant interest and
evolved into a prominent research field. Classical vibrational resonance examines the …

The effects of high-frequency parametric excitation on the principal parametric resonance of
a nonlinear beam are studied both theoretically and experimentally. Only the first mode of …

This paper provides an in-depth discussions and review of the non-trivial effects of non-
resonant high-frequency excitation (HFE) on nonlinear systems, emphasizing its extensive …

We investigate the effect of amplitude-modulated acoustic irradiation on the dynamics of a
charged bubble vibrating in a liquid. We show that the potential V (x) of the bubble, and the …

Sharp transitions in relation to the variation of system parameters are frequently
encountered in many multiple-timescale systems, and they have been found to be an …

In this study, the numerical analyses of a system, which describes the motion of air particles
in the cavity of a Helmholtz resonator (HR), excited by a sound wave, was conducted. The …

The occurrence of vibrational resonance (VR) in a dual-frequency-driven multistable system
with a spatially varying mass modelling particle with position-dependent mass (PDM) and …

We study the chaotic resonance phenomenon whereby the response of a neuron to a weak
signal is amplified with the help of chaotic current stemming from background activity in the …

We report the occurrence of bursting oscillations in a gyroscope oscillator driven by low-
frequency external period forcing. The bursting patterns arise when either the frequency or …

A periodically damped van der Pol oscillator is analysed with emphasis on the formation of
sub harmonic resonance and the corresponding transition of its motion to the chaotic …