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We use a texture component crystal plasticity finite element method for the simulation of plane strain compression (maximum thickness reduction 95%) of a ferritic stainless steel (X6Cr17, AISI 430, 1.4016). The method incorporates the graded hot band texture of the starting material and predicts the development of the orientation distribution during forming in the surface and in the center layer considering...
We study orientational grain fragmentation of cube-oriented FCC crystals by using a texture component based crystal plasticity finite element method. We describe the starting texture of the crystals in terms of a spherical Gaussian. Orientational in-grain heterogeneity occurring during loading is investigated as a function of friction and orientation scatter.
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