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1984•Journal of Testing and EvaluationRequires access

Quantitative Relations Among Measures of Ductility in Planar and Through-Thickness Tension Tests of 12.8-mm-Diameter Specimens

DC Ludwigson, MM McDonald

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Abstract

Abstract The distribution exponent (DE) is a measure of a material's ability to transfer its inherent ultimate ductility (as measured by reduction of area RA) into practical maximum extension in the direction of forming forces (as measured by elongation, in 50.8 mm [2 in.], EL). The computation, nature, and utility of the distribution exponent are discussed herein.

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What this paper is about

Abstract The distribution exponent (DE) is a measure of a material's ability to transfer its inherent ultimate ductility (as measured by reduction of area RA) into practical maximum extension in the direction of forming forces (as measured by elongation, in 50.8 mm [2 in.], EL). The computation, nature, and utility of the distribution exponent are discussed herein.

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Available abstract

Abstract The distribution exponent (DE) is a measure of a material's ability to transfer its inherent ultimate ductility (as measured by reduction of area RA) into practical maximum extension in the direction of forming forces (as measured by elongation, in 50.8 mm [2 in.], EL). The computation, nature, and utility of the distribution exponent are discussed herein.

Key concepts: Ductility (Earth science), Exponent, Materials science, Tension (geology), Elongation, Planar, Measure (data warehouse), Computation

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Quantitative Relations Among Measures of Ductility in Planar and Through-Thickness Tension Tests of 12.8-mm-Diameter Specimens — Research Paper | ScholarLens