BYU Materials Innovation Lab

Here is a new article from our former postdoc, Akarsh Verma, on factors that impact observations of non-Arrhenius grain boundary migration. The work also involved Professors Eric Homer, Oliver Johnson and several co-authors.

Insights into factors that affect non-Arrhenius migration of a simulated incoherent Σ3 grain boundary Non-Arrhenius grain boundary migration, sometimes referred to as antithermal migration where temperature and GB velocity values are inversely related …

New article written by our recently graduated PhD student Stephen Cluff

Coupling kinetic Monte Carlo and finite element methods to model the strain path sensitivity of the isothermal stress-assisted martensite nucleation in TRIP-assisted steels The properties of TRIP-assisted steels are influenced by the transformation of retained austenite into martensite during deformation via the mechanica…