This paper aims to report sliding fast–slow dynamics related to the classic relaxation
oscillations. To this end, the slowly forced Duffing system with frequency switching is taken …

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 …

For bichromatically excited diatomic molecules modeled in a shifted Tietz-Wei molecular
potential, we demonstrate the occurrence of vibrational resonance (VR) when a saddle …

Mixed-mode oscillations (abbreviated as MMOs) belong to a typical kind of fast/slow
dynamical behavior, and how to investigate the mechanism is an important problem in …

This work analyzes the chaotic dynamics and the coexistence of attractors and their control
in the complex dynamics of a rotating gyroscope modeled following Euler angles using the …

This paper reports a new simple third-order memristive circuit only containing three
elements of inductor, capacitor, and active generalized memristor, from which rich dynamical …

The dynamics of a mechanical network, consisting of a certain number (N) of cells, in which
each unit cell consists of the irrational coupling of a simple pendulum and inclined mass …

The pulse-shaped explosion (abbreviated as PSE) behavior, represented as the system
roots pulse-shaped quantitative changing sharply, is a new way to the bursting oscillations …