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

Cellular solids have gained extensive popularity in different areas of engineering due to
their unique physical and mechanical properties. Recent advancements in manufacturing …

This paper presents an experimental investigation into the failure mechanisms of sandwich
panels with multi-layered aluminum foam/UHMWPE laminate cores under combined blast …

Previous researchers have used Voronoi honeycombs to represent and predict the
responses of random foams. Often, a two-dimensional Voronoi honeycomb model is used …

The dynamic mechanical response and energy absorption characteristics of gradient
aluminum foam under impact loading with strain rates of 150 s− 1, 340 s− 1, and 550 s− 1 …

This paper presents the study on crushing response of functionally stepwise graded foam
under quasi-static and dynamic compression using three-dimensional (3D) Voronoi model …

Uniform/gradient lattice cylindrical structures (ULCS/GLCS) and hybrid uniform/gradient
lattice cylindrical structures (HULCS/HGLCS) are innovatively designed and fabricated. The …

This work focuses on investigation of the internal blast resistance of metal sandwich cylinder
with lattice cores. Six types of the geometries designed by the square, hexagonal, semi-re …

Foam-filled tubes are excellent energy absorption structures for impact resistance, and
graded foam may have superiority for the design of anti-blast sacrificial cladding. The anti …

In this paper, the dynamic response of continually density-graded aluminum foam sandwich
tubes under internal explosion load was studied. A 3D mesoscopic finite-element model of …