2011Modern Manufacturing Technology and EquipmentRequires access

The Exact Expression of Metallic Materials in Tensile Properties

HE Lanna

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Abstract

Got the discipline of tensile properties of metal in terms of volume during the experimental of elongation. This deduced a relation between elongation and shrink during different periods of deformation. This indicated the strengthening property of deformation after necking down, which is truly verified by the displacement of true strain by true fully strain during the elongation of metal. A revised strain curve of true stress is plotted out.

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What this paper is about

Got the discipline of tensile properties of metal in terms of volume during the experimental of elongation. This deduced a relation between elongation and shrink during different periods of deformation. This indicated the strengthening property of deformation after necking down, which is truly verified by the displacement of true strain by true fully strain during the elongation of metal. A revised strain curve of true stress is plotted out.

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Available abstract

Got the discipline of tensile properties of metal in terms of volume during the experimental of elongation. This deduced a relation between elongation and shrink during different periods of deformation. This indicated the strengthening property of deformation after necking down, which is truly verified by the displacement of true strain by true fully strain during the elongation of metal. A revised strain curve of true stress is plotted out.

Key concepts: Necking, Elongation, Materials science, Ultimate tensile strength, Deformation (meteorology), Strain (injury), Composite material, Displacement (psychology)

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