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Review Papers | Mechanical Engineering | India | Volume 11 Issue 12, December 2022
Effect of Fe2O3 Particulate Reinforcement on Thermal and Damping Properties in an Aluminum Alloy: A Review
Santosh Wankhade  | Dr. Sanjeevamurthy  | Yugal Mukane
Abstract: Aluminum alloy is popular due to its high strength - to - weight ratio. In this review, we have provided an overview of the effect of damping and thermal properties by the addition of Fe2O3 in the aluminum alloy by stir casting. Very few articles were found that explain the behavior of aluminum alloy due to the addition of Fe2O3. Although Aluminium alloy has good damping properties it can be increased furthermore by the addition of Fe2O3. The biggest disadvantage of aluminumisthat it has a high thermal expansion coefficient but it can be reducedbythe addition of Fe2O3.
Keywords: Fe2O3, Aluminum alloy, thermal damping, vibration, composite material reinforcement, ceramic particles
Edition: Volume 11 Issue 12, December 2022,
Pages: 629 - 631
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