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Regulating creep behavior via dynamic in-situ precipitation of Ti3AlC phase in Ti45Al8Nb-0.6C alloy

Authors: Zhe Deng; Pei Liu; Wei Wang; Ai-qin Wang; Jing-pei Xie; Zhi-yong Zhang

DOI: 10.1007/s41230-026-5201-7Status: Verified Translated Edition
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Key Findings in This Report

• Ti45Al8Nb-0.6C alloy exhibits a creep life of 137 h at 800°C/200 MPa, with a ductile-brittle mixed fracture mode. • Dynamic in-situ precipitation of Ti3AlC phase enhances creep resistance by impeding dislocation motion and inducing defect structures. • Creep deformation triggers pronounced B2 phase formation, deformation twinning, lamellar coarsening, and stacking faults. • Extensive dynamic recrystallization during creep leads to fine recrystallized grains, contributing to improved creep performance.