Advanced Metal Matrix Composites through XD TM Processing

The Minerals, Metals and Materials Society
J. M. Brupbacher D. C. Nagle
Organization:
The Minerals, Metals and Materials Society
Pages:
1
File Size:
32 KB
Publication Date:
Jan 1, 1988

Abstract

"The XD TM * approach to producing metal matrix composites employs an in-situ precipitation technique for the formation of the reinforcement directly in the matrix of interest. Key features include: thermodynamically stable reinforcement; clean particle/matrix interfaces, single-crystal reinforcement; size, chemistry, and shape control; uniform distribution; compatibility with conventional ingot techniques; and grain refinement.Using XD~ technology it is possible to simultaneously introduce a number of different reinforcements in a given matrix, thus allowing for designing the microstructure to meet a specific material need. Thus, XD1l'1 technology is a very useful technique for achieving ""designer"" or ""engineered"" microstructures. XD TM technology has been applied to a number of systems including AI, NiAI, TiAI and Cu. Materials property and processing benefits will be discussed."
Citation

APA: J. M. Brupbacher D. C. Nagle  (1988)  Advanced Metal Matrix Composites through XD TM Processing

MLA: J. M. Brupbacher D. C. Nagle Advanced Metal Matrix Composites through XD TM Processing. The Minerals, Metals and Materials Society, 1988.

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