Anisotropic and tensile flow behaviors of Mg alloy AZ31B thin sheet in H24 condition at elevated temperatures

▶ Resultant microstructures were associated with the test directions. ▶ 45° Specimens yielded higher m-value, lower strength, and greater ductility. ▶ Anisotropy influenced the onset of DRX on testing in different directions. ▶ Tensile flow behaviors were related to the variations in the microstructure changes.