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MECHANICAL PROPERTIES OF POTENTIAL NUCLEAR REACTOR ALUMINUM CERMET MATERIALS

C.D. Wiseman,R.N. Duncan,J.W. Lingafelter,Michael E. Snyder-1963-09-01-OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)
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TL;DRAbstract

Room and elevated temperature tensile tests were conducted on aluminum cermet materials containing various amounts of powdered metal oxide additives. The aluminum particles were in the form of atomized or flake powders and the cermet materials contained controlled amounts of each type. Tensile strengths and ductilities were measured for various processing treatments and as functions of the amount of metal oxide additives and the amount of aluminum flake powders present. The results are explained on the basis of dispersion hardening mechanisms. (auth)

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Room and elevated temperature tensile tests were conducted on aluminum cermet materials containing various amounts of powdered metal oxide additives. The aluminum particles were in the form of atomized or flake powders and the cermet materials contained controlled amounts of each type. Tensile strengths and ductilities were measured for various processing treatments and as functions of the amount of metal oxide additives and the amount of aluminum flake powders present. The results are explained on the basis of dispersion hardening mechanisms. (auth)

Keywords

CermetMaterials scienceAluminiumUltimate tensile strengthMetallurgyOxideHardening (computing)Dispersion (optics)

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