In this article we demonstrate some specialized modules for investigating the dynamics of
some generalized Duffing system with periodic parametric excitation, an integral part of a …

An aircraft in practice serves under extreme flight conditions that will have a substantial
impact on its flight safety. Understanding dynamics of airfoil structure of an aircraft subjected …

A variety of microelectromechanical (MEM) oscillators is governed by a version of the
Mathieu equation that harbors both linear and cubic nonlinear timevarying stiffness terms [7] …

The Rayleigh–Duffing oscillator models are widely used in physics, electronics and many
other disciplines. Obviously, these studies can be successfully continued. In this paper, we …

An adaptative phase-space discretization strategy for the global analysis of stochastic
nonlinear dynamical systems with competing attractors considering parameter uncertainty …

In this article we demonstrate some specialized modules for investigating the dynamics of
some Duffing–like oscillators with” transfer excitation function”, an integral part of a planned …

In this paper, we propose a new class of micro-electromechanical oscillators. Some
investigations based on Melnikov's approach are applied for identifying some chaotic …

An extended path integration method is designed for obtaining the stochastic response of
systems with multiple non-smooth events. The concept of the ordered non-smooth events set …

The occurrence mechanisms of extreme events under random disturbances are relatively
complex and not yet clear. In this paper, we take a class of generalized Duffing-type systems …

In this paper, the switching dynamical behaviors of a non-smooth Rayleigh Duffing system
with periodically external excitation are studied via the theory of discontinuous dynamical …