A phase-field and analytical analysis of zirconium shows that deviatoric stresses alone change the α to ω transformation pressure by only about 1.5 GPa, implying that strain-induced transformation mechanisms govern the large pressure drops during plastic flow.
Phase-field approach for stress-and temperature-induced phase transformations that satisfies lattice instability conditions
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Analytical and Scale-Free Phase-Field Studies of $\alpha$ to $\omega$ Phase Transformation in Single Crystal Zirconium under Nonhydrostatic Loadings
A phase-field and analytical analysis of zirconium shows that deviatoric stresses alone change the α to ω transformation pressure by only about 1.5 GPa, implying that strain-induced transformation mechanisms govern the large pressure drops during plastic flow.