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An investigation of martensitic volume fraction observed during martensitic phase transformation in some iron-based alloys

Али Доган, Y. Havvatoğlu, Abdussamet Arslan

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Abstract

Considering the chemical free energy as a the nonlinear function of temperature, a relationship between temperature and the martensitic volume fraction associated with austenite-martensite phase transformation has been obtained theoretically and compared with experimental results in some iron-based alloys.

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What this paper is about

Considering the chemical free energy as a the nonlinear function of temperature, a relationship between temperature and the martensitic volume fraction associated with austenite-martensite phase transformation has been obtained theoretically and compared with experimental results in some iron-based alloys.

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Available abstract

Considering the chemical free energy as a the nonlinear function of temperature, a relationship between temperature and the martensitic volume fraction associated with austenite-martensite phase transformation has been obtained theoretically and compared with experimental results in some iron-based alloys.

Key concepts: Volume fraction, Austenite, Diffusionless transformation, Martensite, Materials science, Metallurgy, Phase (matter), Thermodynamics

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