Vibration problem is closely related to human daily life and the development of science and
technology. Undersigned vibration would affect human health, also cause the failure of …

In this study, based on the analysis of multiple nonlinear vibration properties, the criterions of
parameter design for different types of excitations and structural nonlinearities are proposed …

In this study, a novel criterion known as the comprehensive transmissibility is proposed to
estimate the isolation performance of nonlinear isolation systems under complex loading …

In order to solve the problem of low-frequency vibration isolation, a new vibration isolator
with quasi-zero-stiffness characteristic was designed and the relationship among design …

A passive vibration isolator with broad frequency field (zero dynamic stiffness system) is
designed in this paper, whose mathematics model is built applying a mathematics method …

Vibrations in aircraft and marine structures, due to various extreme environmental loads,
have been attributing factors in accidents and failures. Over the last decade, as the demands …

Based on the analysis of vibration isolation mechanism of parallel combination of positive
and negative stiffness, a new type of ultra low frequency vertical vibration isolation …

The quasi-zero-stiffness vibration isolation system has witnessed significant development
due to the pressing demands for low frequency and ultra-low frequency vibration isolation. In …

In this paper, time-delayed feedback (TD-FB) control is introduced for a nonlinear vibration
isolator (NL-VI), and the isolation effectiveness features are investigated theoretically and …