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A fast Bortz–Kalos–Lebowitz kinetic Monte Carlo model for the prediction of rates of strain ageing in ultra-low-carbon strip steel is presented. The new model is shown to accurately predict rates of ageing over the temperature range 50–100°C and to display t 2/3 kinetics.
Evaluation of the various sources of strengthening of ferritic steels by body-centered cubic (bcc) Cu alloy precipitates using the usual models eliminated misfit and modulus mismatch as the sources. The strengthening was attributed to the details of forcing a dislocation through a bcc Cu precipitate.
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