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SUPERPLASTIC DEFORMATION BEHAVIOR OF 01420 ALLOY

LI Xianmi

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Abstract

The thermomechanical processing and superplastic deformation behavior of 01420 alloy have been investigated. A new thermomechanical processing, i.e. solution treatment, cooling in furnace, rolling at 300℃, recrystallization and ageing was adopted. The average grain size of 01420 alloy treated by this method was 8~10μm. The elongation of superplastic deformation reached 950% and m value 0.78, best result for this alloy was obtained.

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What this paper is about

The thermomechanical processing and superplastic deformation behavior of 01420 alloy have been investigated. A new thermomechanical processing, i.e. solution treatment, cooling in furnace, rolling at 300℃, recrystallization and ageing was adopted. The average grain size of 01420 alloy treated by this method was 8~10μm. The elongation of superplastic deformation reached 950% and m value 0.78, best result for this alloy was obtained.

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Available abstract

The thermomechanical processing and superplastic deformation behavior of 01420 alloy have been investigated. A new thermomechanical processing, i.e. solution treatment, cooling in furnace, rolling at 300℃, recrystallization and ageing was adopted. The average grain size of 01420 alloy treated by this method was 8~10μm. The elongation of superplastic deformation reached 950% and m value 0.78, best result for this alloy was obtained.

Key concepts: Superplasticity, Materials science, Alloy, Recrystallization (geology), Elongation, Thermomechanical processing, Deformation (meteorology), Metallurgy

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