Lightweight metallic cellular materials (MCMs) have been seen in numerous engineering
applications to date, primarily due to their excellent mechanical characteristics such as low …

This study assessed the quasi-static and dynamic tensile properties of additive
manufactured 316L stainless steel through a series of direct tensile tests. The fabrication of …

Lattice structures offer desirable mechanical properties for applications of energy absorption
and impact mitigation but limited research has been carried out on their shock compression …

Architected cellular materials, such as lattice structures, offer potential for tunable
mechanical properties for dynamic applications of energy absorption and impact mitigation …

Additive manufacturing (AM) maintains a wide process window that enables complex
designs otherwise unattainable via conventional production technologies. However, the lack …

Lattice structure metamaterials offer a variety of unique and tailorable properties, yet
industrial adoption is slowed by manufacturability and inspection-related difficulties. Despite …

The dynamic behavior of materials at mesoscales under intense dynamic shock loading has
always been the research focus of dynamic compression science. Unfortunately, for a long …

Diffusion bonding of two immiscible, binary metallic systems, Cu-Ta and Cu-W was
employed to make repeatable and predictable dual-layer impactors for shock-reshock …