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Effect of Aging Temperature on Microstructures and Properties of Ti6242S Alloy

Jun Liu

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Abstract

The changes of equiaxed microstructure under aging heat treatment conditions were studied,and the microstructure parameters,which include the sizes and contents of equiaxed α phase and lamellar α phase were quantitatively analyzed.The tensile properties is explained by the variation of the microstructure parameters.The results show that a quantitative relationship of Ti6242S alloy near α exits between microstructure and tensile properties.

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What this paper is about

The changes of equiaxed microstructure under aging heat treatment conditions were studied,and the microstructure parameters,which include the sizes and contents of equiaxed α phase and lamellar α phase were quantitatively analyzed.The tensile properties is explained by the variation of the microstructure parameters.The results show that a quantitative relationship of Ti6242S alloy near α exits between microstructure and tensile properties.

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Available abstract

The changes of equiaxed microstructure under aging heat treatment conditions were studied,and the microstructure parameters,which include the sizes and contents of equiaxed α phase and lamellar α phase were quantitatively analyzed.The tensile properties is explained by the variation of the microstructure parameters.The results show that a quantitative relationship of Ti6242S alloy near α exits between microstructure and tensile properties.

Key concepts: Equiaxed crystals, Microstructure, Materials science, Lamellar structure, Alloy, Ultimate tensile strength, Phase (matter), Metallurgy

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Effect of Aging Temperature on Microstructures and Properties of Ti6242S Alloy — Research Paper | ScholarLens