… The main goal of this study was to develop highly porous (up to porosity of 80%) titanium
scaffolds created within PM process for orthopaedic applications. The porous titanium scaffolds …

… The effect of pore size and porosity on elastic modulus, strength, cell attachment and cell …
for Ti porous scaffolds manufactured via powder metallurgy and sintering. Porous scaffolds …

… The objective of this study was to develop a porous titanium scaffold with controlled
architecture using a multi-stage RP technique. The major parameters involved in the fabrication …

… In this work we focus on attaining porous scaffolds with optimized pore geometries and also
… to the inert titanium scaffold. In this work, porous titanium scaffolds are fabricated through …

… osteointegration of porous titanium scaffolds with different pore sizes and porosity have been
extensively investigated, the optimal pore size and porosity of porous titanium scaffolds for …

… scaffolds through a space holder sintering method. Finally, surface modification of the resultant
porous Ti scaffolds … of the scaffolds fulfill the requirements for biomedical applications. …

… fusion strength reached 62% (titanium-120) and 45% (titanium-230) of the intact … scaffolds.
This study showed that in addition to adequate mechanical support, porous titanium scaffolds …

… In this work, SLM of a titanium and titanium hydride blended powder was performed for the
preparation of porous Ti scaffolds. The microstructural features of the SLM-processed porous …

… The ultimate interface shear strength of porous Ti scaffold in our study is 0.81 MPa,
demonstrating that the scaffold mechanical fixation in vitro is comparable to that of a Ti alloy implant …

… It was reported earlier that porous Ti scaffold made from TiH 2 powder also showed a
brittle behavior [7], [16]. In addition, it was also reported that porous Ti scaffold made from Ti …