This paper presents a nonlinear magnetic low-frequency vibration isolator designed with the
characteristic of quasi-zero stiffness (QZS). An approximate expression of the magnet …

High-static-low-dynamic stiffness (HSLDS) or quasi-zero stiffness (QZS) has attracted a
great deal of attention in vibration isolation research. However, most existing HSLDS …

Semi-active systems have demonstrated excellent performance in vibration isolation,
However, the tunable range of conventional variable stiffness elements is limited by the …

To broaden the effective vibration suppression band of a typical dynamic anti-resonant
vibration isolator (DAVI), a tunable lever-type anti-resonant vibration isolator has been …

With the continuously increasing requirements for vibration isolation in multiple degrees-of-
freedom (DOFs), the negative stiffness (NS) passive Stewart platform with simple, reliable …

In laboratories and high-tech manufacturing applications, passive vibration isolators are
often used to isolate vibration sensitive equipment from ground-borne vibrations. However …

As a promising material, liquid metals (LMs) have gained considerable interest in the field of
soft robotics due to their ability to move as designed routines or change their shape …

Piezoelectric energy harvesting from ambient vibrations is a potential technology for
powering wireless sensors and low power electronic devices. The conventional linear …

Magnetic systems based on permanent magnets are receiving growing attention, in
particular for micro/millirobotics and biomedical applications. Their design landscape is …

In this paper, a variety of analytical/integral methods are compared for calculating the axial
force between a cylindrical magnet and a “thick” solenoid that consists of many turns both …