Al-TiB2: Un materiau alternatif pour des applications resistant a l'usure et aux hautes temperatures dans l'industrie du transfert

J. Goni; P. Egizabal; J. Coleto; M. A. Poutier; J. R. Guridi

Al-TiB₂: Un materiau alternatif pour des applications resistant a l'usure et aux hautes temperatures dans l'industrie du transfert

Translated title of the contribution: Al-TiB₂: Alternative material for wear- And high-temperature resistant applications in the transport industry

J. Goni, P. Egizabal, J. Coleto, M. A. Poutier, J. R. Guridi

Research output: Contribution to specialist publication › Article

Abstract

Results obtained in a study of real-life possibilities, process optimization and mechanical properties of aluminum metal matrix composites reinforced by particles of ceramic TiB₂ are presented and discussed. Vehicle and train components have been made of those materials by gravity molding, high-pressure casting and the so-called Pultipouring process. The results have been analyzed and evaluated from the standpoint of casting and mechanical properties. Reinforcement resulted in a significant improvement and the presence of TiB₂ made the alloy thixotropic, which had a positive effect on the process.

Translated title of the contribution	Al-TiB₂: Alternative material for wear- And high-temperature resistant applications in the transport industry
Original language	French
Pages	22
Number of pages	1
No.	217
Specialist publication	Fonderie-Fondeur d'Aujourd'hui
Publication status	Published - Aug 2002

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title = "Al-TiB2: Un materiau alternatif pour des applications resistant a l'usure et aux hautes temperatures dans l'industrie du transfert",

abstract = "Results obtained in a study of real-life possibilities, process optimization and mechanical properties of aluminum metal matrix composites reinforced by particles of ceramic TiB2 are presented and discussed. Vehicle and train components have been made of those materials by gravity molding, high-pressure casting and the so-called Pultipouring process. The results have been analyzed and evaluated from the standpoint of casting and mechanical properties. Reinforcement resulted in a significant improvement and the presence of TiB2 made the alloy thixotropic, which had a positive effect on the process.",

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AU - Coleto, J.

AU - Poutier, M. A.

AU - Guridi, J. R.

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N2 - Results obtained in a study of real-life possibilities, process optimization and mechanical properties of aluminum metal matrix composites reinforced by particles of ceramic TiB2 are presented and discussed. Vehicle and train components have been made of those materials by gravity molding, high-pressure casting and the so-called Pultipouring process. The results have been analyzed and evaluated from the standpoint of casting and mechanical properties. Reinforcement resulted in a significant improvement and the presence of TiB2 made the alloy thixotropic, which had a positive effect on the process.

AB - Results obtained in a study of real-life possibilities, process optimization and mechanical properties of aluminum metal matrix composites reinforced by particles of ceramic TiB2 are presented and discussed. Vehicle and train components have been made of those materials by gravity molding, high-pressure casting and the so-called Pultipouring process. The results have been analyzed and evaluated from the standpoint of casting and mechanical properties. Reinforcement resulted in a significant improvement and the presence of TiB2 made the alloy thixotropic, which had a positive effect on the process.

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Al-TiB₂: Un materiau alternatif pour des applications resistant a l'usure et aux hautes temperatures dans l'industrie du transfert

Abstract

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