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A new mechanism of dynamic phase transformations of α 2 ↔ γ in an isothermally forged γ-TiAl-based alloy that occur simultaneously during a short-term exposure at 1000 °C is identified in this study. In the heating process, γ phase significantly decreases through a phase transformation of γ → α 2 , while new γ lamellae are precipitated in the interior of equiaxed grains of α 2 phase through a phase transformation of α 2 → γ. The reasons for the presence of these two inverse phase transformations α 2 ↔ γ occurring simultaneously are discussed.

A New Mechanism of Dynamic Phase Transformations in An Isothermal Forged Beta–Gamma Intermetallic Alloy