Most major recent advances in the physics of monodisperse foams are centred around the
ability to generate them with excellent control of bubble sizes down to a few micrometers …

The uneven settlement of weak roadbed will lead to road subsidence, which will reduce
driving comfort and even cause traffic accidents. In the treatment of weak road base, foamed …

The pore collapse mechanisms of closed-cell aluminium foams during quasi-static
compression have been investigated. A suite of experiments and numerical simulations …

The effect on frost resistance of the pore morphology and pore space distribution of
graphene oxide-steel fiber reinforced concrete (GO-SFRC) has been researched …

Closed-cell bead foams with their hierarchical geometrical structure are a challenge for
statistical reconstruction and finite element modelling. For the purpose of providing the …

This paper describes the theoretical foundation of and explicit algorithms for a novel
approach to morphology and anisotropy analysis of complex spatial structure using tensor …

Closed-cell aluminum foam (CCAF) is mainly employed as a load-bearing and energy-
absorbing structural material due to its superior mechanical properties. However, besides …

Strain rate sensitivity and deformation mechanisms of closed-cell aluminium foams under
low-velocity impact loadings are investigated in this study. Instrumented drop-weight impact …

The uniaxial compressive mechanical properties of PVC foams considering the effects of
density (ρ= 60− 200 kg/m 3), strain rate (ε˙= 0.001− 721/s) and anisotropy (R= 1− 1.57) have …

Cellular materials, such as foams, can be used as load bearing members in civil
construction and as protective energy absorbing structures for personnel and equipment. In …