Bone tissue engineering has been increasingly studied as an alternative approach to bone
defect reconstruction. In this approach, new bone cells are stimulated to grow and heal the …

Spherical carbamide has been employed to produce aluminum foams by space holder
technique via powder metallurgy route. The effect of different processing parameters such as …

Spherical and irregular carbamide particles covered with Fe–1.5% Mo steel powder have
been employed to produce foams using space holder-water leaching technique in powder …

Abstract Effects of cell shape and size, and relative density of aluminum foam on its
compressive behavior have been investigated. Aluminum foams were produced via …

Steel foams can be used as lightweight and high-functional materials in applications such as
transport vehicles, machines and structural parts due to their low cost, high strength, high …

Aluminium metal foams offer low density (∼ 10–15% of bulk material) possessing cellular
structure that ensures unique features with high stiffens, better energy absorption, thermal …

Stainless steel foams were fabricated by evaporative and leachable space holder method.
The results demonstrate that the cell walls are strong and interconnected; twin's grains are …

Open cell 316L stainless steel foam (SSF) of varying porosities have been developed
through powder metallurgy route using evaporative spherical urea particles (UP) as a space …

Abstract The porous Cu-Sn-Ti composites were fabricated by using a sintering-dissolution
process with carbamide particles as space holders. The macroporosity of the composites …

Open cell austenitic stainless steel foams having different porosities were made by
impregnation of polyurethane foam followed by sintering. The austenitic stainless steel …