Although the auxetic structure exhibits excellent mechanical properties, the low stiffness,
and strength still limit its development. Considering the high stiffness and strength of the …

A significant amount of research has been done in the last few decades to reduce the risk of
injury for occupants and the structures that are subjected to impact loading. Metamaterials …

Due to its excellent corrosion and oxidation resistance, good formability, and affordability,
316L stainless steel (SS) is widely used in industries such as biomedical, marine, chemical …

In diverse engineering disciplines, vibration isolation technology is indispensable for
ensuring stability, accuracy, and safety. Traditional vibration isolation methods often …

Strengthened tubular structures have had a significant impact on various industries.
Advancements in aircraft, construction, medical implants, robotics, and renewable energy …

Lattice structures inspired by biological models often exhibit excellent energy absorption
characteristics and gain increasing attention. Inspired by the shape of starfruit, this work …

A new additively manufactured bioinspired elytra-like interlocked sandwich (ABEIS)
structure is fabricated using selective laser melting three-dimensional (3D)-printing …

A novel conformal sandwich lattice is proposed by introducing the design concept of
bioinspired sandwich structures into the microstructure design of triply periodic minimal …

Inspired by cuttlebone microstructure, this study proposes a novel bionic square-tube
cuttlebone-inspired honeycomb (S-CIH) structure prepared by digital light processing (DLP) …

The cuttlebone is known for its ability to possess high specific stiffness, progressive failure
and lightweight from the porous chambered structure. Inspired by the microstructural …