Metamaterials have thrived in recent years, with negative stiffness mechanical
metamaterials emerging as an essential branch. Extensive research in the past decade has …

With noises being omnipresent in the modern society, sound-insulating materials are
implemented in almost all walks of life. For implementations in practical applications, those …

Multistable mechanical metamaterials can have unusual properties that facilitate promising
applications, including reusable vibration isolation and efficient energy absorption. In this …

Unlike traditional energy dissipation structures that dissipate energy through irreversible
plastic deformation or collapse, metamaterials based on friction energy dissipation have …

Metamaterials have been a hot topic over the past 2 decades, involving scientific research
directions in materials, engineering, and physics. Among them, programmable mechanical …

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

An improved re-entrant negative Poisson's ratio metamaterial based on a combination of 3D
printing and machining is proposed. The improved metamaterial exhibits a superior load …

The wave demultiplexer, which selectively transports specific frequencies from incident
waves, has garnered considerable interest for its applications across various engineering …

Multifunctional integration research on metastructures has become the current development
trend and hotspot, especially satellite platforms and hypersonic aircraft in the aerospace …

The multistable honeycomb (MSHC) has excellent application prospects in the field of
lightweight deformable structures. This study presented a novel MSHC structure with a …