Effect of the Properties of the Matrix on the Deformation and Fracture Behavior of Fiber Reinforced Metals.

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作者：

Buzalov, J.E.

Kopjov, I.M.

Pompe, Wolfgang

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来源：

Neue Huette | 1974年 / 19卷 / 05期

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摘要：

Theoretical treatment of the subject indicates that the deformation and fracture behavior of fiber reinforced metal-matrix composites depends largely on the strain hardening of the matrix. Experimental results obtained by others on tungsten-reinforced copper (strain hardening) and steel-reinforced Mg-8Li alloy (not strain hardening) confirm this conclusion. It is also shown that fracture depends on the amount and length of the fibers. An upper limit of 30 vol% reinforcement is suggested with short fibers.

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页码：282 / 285