Abstract

Empirical and physical recrystallization process models indicate that nucleation and growth differ in alloys that are solution-treated/aged subsequent to deformation. Since static recrystallization influences extrudate properties, methodology presented predicts variations. A physical model integrated into Finite Element Method code FORGE studies microstructure changes. Substructure evolution influencing static recrystallization is examined. Hard alloy property improvement with raised extrusion temperature is discussed and theoretically justified.