Vibration isolation is one of the most efficient approaches to protecting host structures from
harmful vibrations, especially in aerospace, mechanical, and architectural engineering, etc …

Most of the engineering vibrations are harmful, due to many unfavorable consequences
caused by them, such as structural damage, poor working accuracy, etc., making it …

Unlike the tuning of the vibration isolation band through stiffness and geometric parameters
in traditional quasi-zero stiffness (QZS) vibration isolators (VIs), this study presents a lever …

Generally, existing isolators with quasi-zero stiffness (QZS) are designed for mitigating
transmission of vertical translational excitations, but vibration isolation in multiple directions …

This paper presents a bistable vibration isolator (BVI) with several ring permanent magnets
(PMs) and utilizes nonlinear electromagnetic shunt damping (N-EMSD) to improve the …

By now, many translation quasi-zero stiffness (QZS) mechanisms have been proposed to
overcome the restriction between the isolation frequency range and the load bearing …

This paper proposes a novel bi-state nonlinear vibration isolator (BS-NVI) consisting of a
linear mass–spring–damper and several permanent magnets (PMs). The working state of …

In order to improve the isolation performance of passive Stewart platforms, the negative
stiffness magnetic spring (NSMS) is employed to construct high static low dynamic stiffness …

The agricultural sector is constantly evolving. The rise in the world's population generates an
increasingly growing demand for food, resulting in the need for the agroindustry to meet this …

A new magnetic negative stiffness isolator based on Maxwell normal stress is proposed to
improve the low-frequency vibration isolation performance of a system with high static …