Dynamic compressive behaviour of cellular materials is crucial to their applications in
energy absorption, ballistic mitigation and blast/impact protection. The recent research …

Aluminum metallic foams (AMF) are a vital candidate at the time of selection for appropriate
construction material where lightweight concerning higher strength is required. AMF offers …

Two families of finite element models of anisotropic, aluminum alloy, open-cell foams are
developed and their predictions of elastic properties and compressive strength are …

This two-part study is concerned with the understanding and modeling of the compressive
response of open-cell metallic foams. Part I presents experimental results from Al-6101-T6 …

Recently, advanced flexible tactile sensors have been widely studied for human motion
detection, which is an essential part of human healthcare monitoring. New types of materials …

This paper details the design, fabrication, and testing of non-stochastic auxetic lattice lattice
structures. All Ti–6Al–4V samples were created via the Electron Beam Melting (EBM) …

The quasi-static compressive mechanical behavior and deformation mechanism of closed-
cell aluminum foam were researched, and the effect of cell diameter of aluminum foam on …

In order to correctly understand the mechanical behavior, damage mode and damage
mechanism of AlSi10Mg optimized structure under compressive load, a series of …

Metal foams are bio-inspired microheterogeneous materials, which exhibit a strong structure-
property relationship. Their global mechanical properties depend strongly on the local …

An aluminum foam can be characterized by its architecture and by the solid
phase'microstructure. Our aim is to link the foam's morphological and microstructural …