The response distributions of a dynamic system under the effect of correlation noise not only
demonstrated a Gaussian symmetric distribution, but also exhibited a non-Gaussian skewed …

This paper proposes a novel vibro-impact galloping energy harvester (VIGEH) with a U-
shaped base. Different from classical galloping energy harvesters (GEHs), the design of the …

In this paper, the reliability analysis of vibro-impact system with both randomly fluctuating
restoring and damping terms is studied by a modified path integration (PI) method …

This paper aims to probabilistically study a class of nonlinear oscillator subject to weak
perturbations and driven by stationary zero-mean Gaussian stochastic processes. For the …

To reduce the damage to the structure of mechanical vibration devices caused by the
vibration, the end stops impact protection structure is often introduced in the design of the …

Factors such as loose supports or barriers over the fluid-conveying pipe may cause bilateral
gap constraints. Flow-induced vibration will occur during pumping, which leads to collision …

In this paper, the stochastic stability of a vibro-impact system with multiple excitation forces is
studied. Due to the multiple external excitations and the coexistence of metastable states …

The research of stochastic steady-state probability density response of vibration systems
including bilateral impacts and gaps is of great theoretical and practical significance …

The ambition to create self-powered microscale electrical devices motivates scientific and
industrial communities to investigate the energy harvesting technique, especially working in …

This paper mainly focuses on reliability and the optimal bounded control for maximizing
system reliability of a strongly nonlinear vibro-impact system. Firstly, the new stochastic …