Simultaneous high strength and high toughness are highly sought‐after in lattice
metamaterials, but these properties are typically mutually exclusive. To overcome this …

The formation of eutectic Al-Mg2Al3 phases along the grain boundaries makes it difficult to
improve the mechanical properties of high-magnesium-content aluminum alloys. Here, wire …

Metamaterials are synthetic materials, engineered to have desirable mechanical properties.
This paper is concerned with a class of cellular metamaterials that minimise the Poisson's …

The powerful energy carried by low-frequency vibration is often challenging to be effectively
attenuated using traditional damping materials. If low-frequency vibration can be controlled …

Lightweight, energy-absorbing materials with excellent mechanical properties are highly
desired in practical engineering applications. A novel Ti-Al interpenetrating phase …

Interpenetrating phase composites (IPCs) can combine the distinctive properties of two
materials, and customized manufacturing processes are applied to design reinforced …

TiAl alloys with low density, high creep resistance and high temperature performance are
considered as candidate materials to replace nickel-based superalloys in the range of 700∼ …

Impact-resistant materials frequently encounter inherent trade-offs among damping,
toughness, light weighting and strength. This study employed laser 3D printing combined …

Excellent energy-absorbing structures have been highly sought after in engineering
applications to improve devices and personal safety. The ideal energy absorption …

Multifunctional epoxy nanocomposites hold great promise for artificial structural materials
across civil, industrial, and aerospace fields but were severely impeded by catastrophic …