Penelitian untuk mengembangkan proses fabrikasi aluminium berpori memanjang dengan metalurgi serbuk dengan paduan Pb-Sn sebagai space holder telah dilakukan. Serbuk aluminium berbentuk flake dicampur dengan tiga variasi fraksi volume paduan Pb-Sn sebagai space holder. Campuran […]
Research in biomedical materials has received increasing attention recently. In particular, porous titanium alloys are attractive due to its unique physical, mechanical, and biocompatibility properties. The aim of this work is to analyis the microstructure […]
Abstract: Titanium alloys, due to their biocompatibility and low stiffness, are among the most studied of metallic implant materials. Whereas most titanium-based biomaterials are produced from prealloyed powders, in this work the authors have utilised […]
Abstract The authors have conducted a preliminary investigation with regard to the potential to manufacture porous titanium alloys for biomedical applications using toxic-free elemental powders, i.e., Ti, Nb, Ta, Zr, in combination with the pressurised […]
Absdtract : Porous titanium implants have been utilized to improve the attachment of implant to bone through the ingrowth of bone tissue within the porous structure. In many cases this has also coincided with a […]
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