In recent decades, quasi-zero stiffness (QZS) vibration isolation systems with nonlinear
characteristics have aroused widespread attention and strong research interest due to their …

Conventional quasi-zero stiffness (QZS) isolators are sensitive to load variation, especially
the load mismatch can severely degrade low-frequency vibration isolation performance …

Inspired that the knee joint of birds can buffer the impact and vibration from the foot, a novel
vibration isolator constructed by the Knee-Like structure (KLS) is proposed in this paper …

Integrating vibration isolation and actuation is superior, enabling enhanced vibration
isolation performance while attaining controllable load position and attitude. Herein, a novel …

In this study, we investigate complex dynamical behaviors of a delayed-HCO (half-center
oscillator) neural system consisting of two inertial neurons. The system proposes two types …

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 …

振动问题与人类日常生活和科技发展紧密相关. 振动不但会干扰人类的生活, 影响人类健康,
也会造成建筑物, 机械设备和精密仪器无法正常使用甚至损坏. 于是, 在航空航天, 汽车工程 …

Inspired by Ostrich anti-vibration and shock and vibration absorption properties, a novel bio-
inspired vibration isolation–absorption (BIVIA) system is presented to design wideband …

A quasi-zero stiffness (QZS) vibration isolator formed from a truss-spring stacked Miura-ori
(TS-SMO) origami structure can provide a desired ultra-low dynamic stiffness for vibration …

Some birds' necks show excellent flexible bending ability, which can be mimicked to design
bionic robot. The main challenge is how to deal with the bird neck's inherent flexibility and …