Aluminum Metal–Matrix Composites for Automotive Applications: Tribological Considerations

Aluminum alloys possess a number of mechanical and physical properties that make them attractive for automotive applications, but they exhibit extremely poor resistance to seizure and galling. Reinforcement of aluminum alloys with solid lubricants, hard ceramic particles, short fibers and whiskers r...

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Bibliographic Details
Published in:	Tribology letters Vol. 17; no. 3; pp. 445 - 453
Main Authors:	Prasad, S.V., Asthana, R.
Format:	Journal Article
Language:	English
Published:	Dordrecht Springer Nature B.V 01-10-2004
Subjects:	Advanced manufacturing technologies Aluminum alloys Aluminum base alloys Aluminum matrix composites Automobile industry Automotive engineering Automotive parts Ceramic fibers Connecting rods Engine blocks Galling Liquid metals Metal matrix composites Net shape Physical properties Pistons Rotors Seizures Short fibers Solid lubricants Tribology Weight reduction Whisker composites Whiskers (metals)
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Abstract	Aluminum alloys possess a number of mechanical and physical properties that make them attractive for automotive applications, but they exhibit extremely poor resistance to seizure and galling. Reinforcement of aluminum alloys with solid lubricants, hard ceramic particles, short fibers and whiskers results in advanced metal-matrix composites (MMC) with precise balances of mechanical, physical and tribological characteristics. Advanced manufacturing technologies such as squeeze infiltration of molten alloys into fiber performs can be employed to produce near net-shape components. Brake rotors, pistons, connecting rods and integrally cast MMC engine blocks are some of the successful applications of Al MMCs in automotive industry. This paper gives an overview of the tribological behavior of Al MMCs reinforced with hard particles, short fibers, and solid lubricants, and the technologies for producing automotive parts from these novel materials.
AbstractList	Aluminum alloys possess a number of mechanical and physical properties that make them attractive for automotive applications, but they exhibit extremely poor resistance to seizure and galling. Reinforcement of aluminum alloys with solid lubricants, hard ceramic particles, short fibers and whiskers results in advanced metal-matrix composites (MMC) with precise balances of mechanical, physical and tribological characteristics. Advanced manufacturing technologies such as squeeze infiltration of molten alloys into fiber performs can be employed to produce near net-shape components. Brake rotors, pistons, connecting rods and integrally cast MMC engine blocks are some of the successful applications of Al MMCs in automotive industry. This paper gives an overview of the tribological behavior of Al MMCs reinforced with hard particles, short fibers, and solid lubricants, and the technologies for producing automotive parts from these novel materials.
Author	Prasad, S.V. Asthana, R.
Author_xml	– sequence: 1 givenname: S.V. surname: Prasad fullname: Prasad, S.V. – sequence: 2 givenname: R. surname: Asthana fullname: Asthana, R.
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Snippet	Aluminum alloys possess a number of mechanical and physical properties that make them attractive for automotive applications, but they exhibit extremely poor...
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SubjectTerms	Advanced manufacturing technologies Aluminum alloys Aluminum base alloys Aluminum matrix composites Automobile industry Automotive engineering Automotive parts Ceramic fibers Connecting rods Engine blocks Galling Liquid metals Metal matrix composites Net shape Physical properties Pistons Rotors Seizures Short fibers Solid lubricants Tribology Weight reduction Whisker composites Whiskers (metals)
Title	Aluminum Metal–Matrix Composites for Automotive Applications: Tribological Considerations
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