As a novel structural and functional material, porous titanium and its alloys have been widely
used in the aerospace, marine engineering and biomedical fields due to their high corrosion …

A new simple powder metallurgy process by sintering TiH 2 powders was used to
manufacture porous Ti components. The effects of the processing parameters (pressure of …

Titanium-based porous materials can be used in structural applications and medical
implants because of their excellent mechanical properties at elevated temperatures, good …

Titanium and its alloys are reference materials in biomedical applications because of their
desirable properties. However, one of the most important concerns in long-term prostheses …

A route is present for preparing porous titanium scaffolds with open and interconnected pore
morphology through calcium thermal in-situ reduction of TiO precursor. Titanium and dioxide …

Porous titanium with a porosity of 75% was fabricated by space-holder sintering through
powder metallurgy. The effect of the alkali and heat treatment on the strength of the porous …

Porous titanium with the porosity in the range of 44-77% was successfully prepared by
space holder sintering process. The size of large pores had been controlled by fractionized …

Excellent mechanical properties and biocompatibility are the most sought-after attributes in
biomedical materials for the regeneration of damaged tissues. However, conventional dense …

It is shown that an adapted powder sintering process can successfully prepare a 24.0%–
35.5% porous titanium composite using 20 μm Ti powder and rice husk particles ranging in …

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 …