Mechanical metamaterials have emerged as a promising solution for shielding against
environmental vibrations and shocks. However, most existing metamaterials provide a …

Adaptability and reliability are challenges in designing vibration isolation structures, and
mechanical metamaterials featuring broad quasi-zero stiffness (QZS) platforms are among …

To achieve multiple low-frequency topological interface modes (TIMs) while maintaining
lightweight and load-bearing capacities in metamaterial beams, we propose novel …

Metadevices have emerged as a new element or system in recent years, from optics to
mechanical science, showing superior performance and powerful application potential. In …

The quasi-zero stiffness (QZS) isolator composed of curved beams is considered to be an
effective way to address the contradiction between high load-bearing capacity and low …

Composed of natural materials but constructed using artificial structures through ingenious
design, metamaterials possess properties beyond nature. Unlike traditional materials …

As the demand for low-frequency and ultra-low-frequency vibration isolation in aerospace
inspection and ultra-precision manufacturing grows exponentially, traditional vibration …

The exploration of mechanical metamaterials, characterized by unique unit cells with
significant macroscopic mechanical properties, is of crucial importance. Traditional methods …

Conventional quasi-zero stiffness (QZS) vibration isolators can only effectively isolate a
single load. Integrating QZS elements with different characteristics in series is an effective …

The quasi-zero stiffness (QZS) vibration isolator is considered to be an effective way to
address the contradiction between high load-bearing capacity and low-frequency vibration …