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 …

The vibration control performance of a combined vibration isolation (CVI) system consists of
a quasi-zero stiffness (QZS) system and a linear dynamic vibration absorber (DVA) is …

X-shaped structure with quasi-zero stiffness (QZS) properties are suitable for low-frequency
vibration isolation because of its simple structure. The effective working range of classic X …

Simpler structure, better adaptability to variable loads, and wider linear stable region have
always been pursued by nonlinear quasi zero stiffness (QZS) isolator. Inspired by the …

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

Quasi-zero stiffness (QZS) shows significant advantages in low frequency vibration isolation.
However, the isolation performance is heavily dependent on the rated load and prone to …

Passive isolation of low-frequency vibrations poses a significant challenge due to the
requirement of possessing a low stiffness. Herein, a compliant curved beam support (CCBS) …

The application of traditional passive quasi-zero stiffness vibration isolation system is limited
to the narrow working region and effective vibration isolation with rated payload only. This …

Low-frequency vibration isolation is essential for ultra-precision manufacturing and
measurement equipment. Low stiffness is beneficial for low-frequency isolation, while …

The bistable vibration isolator (BVI) has attracted the interest in the field of nonlinear
vibration isolation. The tunable symmetric and asymmetric BVIs can be generated through …