A coupled phase-field, finite-element, finite-strain framework is presented to simulate grain growth with solute segregation or precipitation and mechanical load, showing that segregation and precipitation stabilize grain size while load promotes growth and texture.
Smith, Grains, phases and interfaces - an interpretat ion of microstructure, Trans Am
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Numerical modeling of microstructure evolution in nanocrystalline alloys - grain boundary segregation, solute drag and mechanics
A coupled phase-field, finite-element, finite-strain framework is presented to simulate grain growth with solute segregation or precipitation and mechanical load, showing that segregation and precipitation stabilize grain size while load promotes growth and texture.