Evaluates tensile properties of medium-entropy alloy, suggesting enhanced performance through innovative design.
• The thermodynamics-based design of a high thermal stability medium-entropy alloy is achieved. • Segregation of Ti and Ta at cell boundaries forms the cellular heterostructure. • Cell-boundary γ’ clusters impede dislocation motion, while inter-cluster gaps allow uniform slip across the cellular structure. • Superior tensile properties are attributed to back stress and precipitate strengthening.
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Ji et al. (2026) studied this question.
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