strain mapping and nanocrystallite size determination by neutron diffraction in an aluminum alloy (aa5083) severely plastically deformed through equal channel angular pressing

strain mapping and nanocrystallite size determination by neutron diffraction in an aluminum alloy (aa5083) severely plastically deformed through equal channel angular pressing

;P. A. González Crespo;C. Luis Pérez;Darren J. Hughes;X. Turrillas
reproductive biology and endocrinology : rb&e 2013 Vol. 2013 pp. -
145
crespo2013journalstrain

Abstract

Six specimens of an aluminum alloy (AA-5083) extruded by Equal Channel Angular Pressing following two different routes plus a blank sample were examined with a neutron radiation of 1.5448 Å. Macrostrain maps from the (311) reflection were obtained. A clear difference about accumulated macrostrain with the extrusion cycles between the two routes is shown. The diffraction data of annealed specimens did permit to estimate crystallite sizes that range between 89 nm and 115 nm depending on the routes.

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10.1155/2013/404903
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