In this paper, a novel multi-walled tube-reinforced aluminum foam (MWTRF) was proposed
in an attempt to improve quasi-static compression performances and energy absorption. The …

Aluminum foam (AF) has extensive application prospects due to its high specific strength
and specific energy absorption. However, low compressive strength and plateau stress of AF …

Metallic foams are unique engineering materials with large pore volumes and an
interconnected solid-metal structures. Lightweight, high-energy absorbing capacity and low …

Stabilization is an essential requirement to produce closed-cell metal foams. In the melt
route of foaming, usually ceramic particles are used as foam stabilizers. For the first time, the …

In this study, the influence of temperature on axial crushing behavior of multi-walled tube-
reinforced aluminum foams (MWTRF) were researched by means of experiment, numerical …

The present work reports the synthesis and mechanical behavior studies of Mg–3Ca alloy
foams stabilized by ultrafine MgAl 2 O 4 (spinel) particles. The MgAl 2 O 4 particles was …

The manuscript focuses on analyzing the pore morphology and pore distribution of novel
graphene nanoflakes reinforced aluminum foam (GNF-AF) and investigating their …

The aluminum alloy AA5083 is a technologically important structural alloy as it is lightweight,
with outstanding weldability and formability, moderate corrosion resistance and strength …

The paper investigates the stabilization behaviour of in-situ created, sub-micron sized MgAl
2 O 4 (spinel) particles at various concentration in Al-11 wt% Si foams. The foam evolution …

Finite element method (FEM) is considered as a powerful tool for predicting the mechanical
behavior of complex structures. However, the commercially available numerical packages …