Authors :
Monu Gupta; Trivendra Kumar Sharma; Nitin Goyal; Namita Soni; Monika Khurana
Volume/Issue :
Volume 8 - 2023, Issue 3 - March
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/3nRlMKX
DOI :
https://doi.org/10.5281/zenodo.7807319
Abstract :
Vehicles and aviation applications require
materials that have adjusted mechanical and
tribological properties. In fact, it is difficult to achieve
these altered properties in monolithic materials.
Aluminum compounds share some of the basic
properties that make them the most commonly used
materials in a variety of applications, including
automotive and aerospace. The Al 6061 alloy has been
used as matrix material while % wt of cobalt is fixed at
3% while silicon carbide altered from 0% to 3% have
been used as reinforcement materials. In the current
work, the aluminum based metal framework composites
have been manufactured. It was uncovered that MMC
with 3%wt of Sic, 3%wt of Co showed brilliant
mechanical properties among the all manufactured
metal framework composites.
Keywords :
Aluminum, Metal Matrix Composites, Sic, Cobalt.
Vehicles and aviation applications require
materials that have adjusted mechanical and
tribological properties. In fact, it is difficult to achieve
these altered properties in monolithic materials.
Aluminum compounds share some of the basic
properties that make them the most commonly used
materials in a variety of applications, including
automotive and aerospace. The Al 6061 alloy has been
used as matrix material while % wt of cobalt is fixed at
3% while silicon carbide altered from 0% to 3% have
been used as reinforcement materials. In the current
work, the aluminum based metal framework composites
have been manufactured. It was uncovered that MMC
with 3%wt of Sic, 3%wt of Co showed brilliant
mechanical properties among the all manufactured
metal framework composites.
Keywords :
Aluminum, Metal Matrix Composites, Sic, Cobalt.