Abstract
The flow stress curves of Ti-25Nb alloy were acquired by hot compressive tests on Gleeble−3500 thermo-simulation machine at the strain rate range of 0.001-10 s−1 and temperature range of 470-620°C. The results show that the flow stresses decrease with the decrease in strain rate and the increase in temperature in general and modified constitutive model established by Strain compensation of n and A has a high predicted ability under experimental deformation condition.
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