Fiber-Reinforced Metals and Alloys
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Author(s):
Parikh, N. M.
Corporate Author(s): Armour Research Foundation
Corporate Report Number: ARF B241-3
Date of Publication: 1962-10-26
Pages: 6
Contract: NOw 62-0650-c
DoD Task:
Identifier: AD0287594
AD Number: AD-287 594
Abstract:
Be fiber-Ag alloy matrix composites were prepared from 0.0047 in diam wires. Although there is an etching effect on the wire surfaces due to the high processing temperatures, the bond between Be fiber surface and Ag matrix is a coherent one. Powders were prepared by meting and atomization. he Al alloy matrix ws used for preparing some extruded bars for determining the optimum heat treatment conditions. All these composites are being evaluated
Corporate Author(s): Armour Research Foundation
Corporate Report Number: ARF B241-3
Date of Publication: 1962-10-26
Pages: 6
Contract: NOw 62-0650-c
DoD Task:
Identifier: AD0287594
AD Number: AD-287 594
Abstract:
Be fiber-Ag alloy matrix composites were prepared from 0.0047 in diam wires. Although there is an etching effect on the wire surfaces due to the high processing temperatures, the bond between Be fiber surface and Ag matrix is a coherent one. Powders were prepared by meting and atomization. he Al alloy matrix ws used for preparing some extruded bars for determining the optimum heat treatment conditions. All these composites are being evaluated