Microstructural evolution, compressive deformation and corrosion behaviour of thermally oxidized porous Ti4Al4Co alloy made of mechanically alloyed powder
In the present work, porous Ti4Al4Co (0.56±0.02 porosity) alloy samples were prepared
through space holder technique using mechanically alloyed powder. Porous specimens …
through space holder technique using mechanically alloyed powder. Porous specimens …
Synthesis of Lightweight Metallic Foam and Their Applications in Various Engineering Sectors
Porous metals or metallic foams are novel lightweight materials employed in various
functional and structural applications. The metals like Al, Mg, Fe, Ti, Ni, Cu and their alloys …
functional and structural applications. The metals like Al, Mg, Fe, Ti, Ni, Cu and their alloys …
Microstructure and mechanical behaviour of Ti-Cu foams synthesized via powder metallurgy technique
A Sharma, P Mishra - Materials Research Express, 2021 - iopscience.iop.org
In the present study titanium based copper alloy foams were synthesized using acrawax as
a space holder through powder metallurgy route. The effects of distinct pore size range and …
a space holder through powder metallurgy route. The effects of distinct pore size range and …
Synthesis of porous Ti alloys through space holder technique and influence of various process parameters on mechanical properties: A review
Implants of Ti alloys are employed for the replacement of sick or injured bone in human
body. However, their high elastic moduli cause the implant failure due to the stress …
body. However, their high elastic moduli cause the implant failure due to the stress …
An Overview of Human Bone, Biomaterials and Implant Manufacturing
Bones provide the structure to the body by the formation of a skeleton. Besides providing a
framework, these also work as a substrate for combining the muscles. A bone also houses …
framework, these also work as a substrate for combining the muscles. A bone also houses …