... twinning, and conventional recrystallization. Annealing at 600°C caused full recrystallization and grain growth, showing a strong cube recrystallization texture. The grain growth was found to hinder the formation of special boundaries. 30 06 2010 06 03 2011 07 03 2011 06 12 2011 06...

... and approaches a steady state of about 20–40%. The development of the microstructure is characterized by two different temperature regimes. Up to 1000 K, continuous dynamic recrystallization characterized by limited grain growth takes place, leading to a transformation of low into high angle grain boundaries...

... strain at various locations in a specimen for comparison with computations based on finite element models using various constitutive relations or phase field simulations of grain growth or deformation. Experimental measurements of grain strains at the center of a ferritic steel sheet rolled in nominally...

... 2002 10 07 2003 superplasticity forming processes metalworking plastic flow metals simulation finite element analysis voids (solid) grain growth fracture mechanics The superplastic forming process is an advanced manufacturing method, which is widely applied...

... Properties , Cambridge University Press. Anderson , M. P. , et al. , 1984 , “ Computer Simulation of Grain Growth—I. Kinetics ,” Acta Metall. , 32 , pp. 783 – 791 . Humphreys , F. J. , and Hatherly , M. , 1992 , “ Modelling Mechanisms and Microstructures of Recrystallisation...

.... 07 July 2000 09 March 2001 grain growth texture elasticity stress analysis structural engineering Identification of Structural Weaknesses Polycrystalline Material Grain-Orientation-Induced Anisotropy Mesoscopic Stress Numerical Techniques Damage analyses...

... fracture mechanics alloys continuum mechanics voids (solid) grain growth dislocation structure The requirement for high temperature power plant to operate efficiently and safely for very long periods (up to 30 to 40 years), often in conditions of variable loading, places extreme demands...