Aluminum foam composite structures, represented by sandwich plates and filled tubes,
process remarkable light-weight and energy absorption characteristics, which have …

Metal foams possess remarkable properties, such as lightweight, high compressive strength,
lower specific weight, high stiffness, and high energy absorption. These properties make …

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 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 …

In this paper, bi-continuous interpenetrated porous composites (BIPCs) were prepared with
the combination of melt foaming and infiltration casting process. All BIPCs exhibited superior …

In this paper, porous composites with bi-continuous interpenetrating aluminum foam (AF)
and lattice structure were prepared via different sequences. The effect of the preparation …

As widely used energy-absorbing protective materials, the application of aluminum foam
sandwich (AFS) panels remains constrained by the inherently low mechanical properties of …

Aluminium foam offers an exceptional strength-to-weight ratio and energy absorption
capacity, but variations in the cell structure hinder its performance and limit industrial …

Mg-3Ca alloys with varying Zn concentration (0 to 5 wt pct) were foamed using CaCO3 via
liquid processing route and their compressive and energy absorption behavior were …

Al-based foams have drawn increasing attention from industry due to their integration of
structure and functional properties. However, large-sized Al-based foams still cannot be …