One of the biggest challenges in the biocompatibility of implantable metals is the prevention
of the stress shielding effect, which is related to the coupling of the bone-metal mechanical …

Applications involving strain rates in excess of 10 2-10 3 s− 1 are unique in both materials
selection and design approaches and are of particular importance for protection of …

Additive manufacturing of porous Ti6Al4V (Ti64) parts is promising for biomedical
applications. In this study, Ti64 scaffolds with two scales of interconnected porosity networks …

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 …

This study employed calcium chloride (CaCl 2) as a space holder to fabricate titanium foam
via the sintering and dissolution process (SDP). The effects of the space holder content on …

Metallic biomaterials improve the life quality of the people. In particular, efforts to develop
porous biomaterials are getting more attention recently. Among the metallic materials …

Porous titanium alloy has been a kind of biocompatible and attractive biomaterial used for
orthopedic prosthesis. Porous Ti–10Cu (wt.%) alloys have been fabricated using powder …

In the present work, a new technique for creating uniform distributed space holder is used for
producing porous 316 L stainless steel foam. Uniform pore distribution with Face-Centered …

A highly porous titanium foam with open cells was made by the process of impregnating
polymer foam in slurry and then sintering, which displayed a three-dimensional reticular …

Ti foams are attractive for orthopaedic applications due to reduced Young's modulus and
ability of bone in-growth. However, poor corrosion behaviour and lack of bioactivity are yet to …