By using a simple state feedback controller in a three-dimensional chaotic system, a novel
4D chaotic system is derived in this paper. The system state equations are composed of nine …

Light-powered self-excited motions of liquid crystal elastomers (LCEs) have great
application prospects in the fields of actuators, soft robots, medical devices and micro-nano …

Liquid crystal elastomers (LCEs) have been widely used in active machinery, optical
machinery, robotics, biological materials, medical and other fields, with advantage of good …

Recently, the notion of hidden extreme multistability and hidden attractors is very attractive in
chaos theory and nonlinear dynamics. In this paper, by utilizing a simple state feedback …

In this paper, the effect of the presence of (existing or newly added) deformable and
dissipative obstacles (bumpers) on the nonlinear dynamic response of a single-degree-of …

Following the previous work on the degenerate grazing bifurcations of impact oscillators, this
paper aims to explore novel two-parameter dynamics near the degenerate grazing points …

By utilizing a linear state feedback controller in the famous Sprott-S system, a novel no-
equilibrium autonomous chaotic system is introduced in this paper. Although the newly …

This work studies the different types of behavior and inaccuracies that can occur when
contact is not adequately accounted for in a dynamical system with freeplay, as the strength …

In this paper we present a bifurcation analysis of two periodically forced Duffing oscillators
coupled via soft impact. The controlling parameters are the distance between the oscillators …

The three-dimensional mapping of the capsule system with bilateral elastic constraints is
studied, which is rarely seen in the literature at present. The bilaterally constrained elastic …