A von Mises criterion for compatible deformation states that five independent slip systems
must operate for polycrystals to deform uniformly and without failure at the grain boundaries …

A methodology is presented for the generation and meshing of large-scale three-
dimensional random polycrystals. Voronoi tessellations are used and are shown to include …

A methodology is presented for optimal polyhedral description of 3D polycrystals from
experimental properties. This is achieved by determining, by optimization, appropriate …

The development of intra-grain orientation distributions is analyzed for 446 individual grains
of an aluminium polycrystal deformed in tension to successive strains of 1, 1.5, 2, 2.5 and …

This paper reports an in-situ study of the plastic deformation behavior of surface grains in a
polycrystalline aluminum alloy, in particular the active slip systems and lattice rotation, by …

An ultra-low-strain deformation microstructure was revealed for the first time non-
destructively in the bulk interior of an annealed laminated Ti-Al composite—in the “fully …

Three-dimensional X-ray diffraction was employed to characterize the lattice rotations of
individual bulk grains in a 9% tensile deformed sample of interstitial-free steel. Three grains …

The recently established methodology to use known algorithmic expressions of the second
moments of the stress field in the grains of a polycrystalline aggregate for calculating …

Grain orientation fragmentation is studied in a set of 176 individual grains of an aluminium
polycrystal deformed in plane strain compression at 400° C to a strain of ε= 1.2 …

A combined experimental and simulation study of intragranular misorientation and texture
development in ferritic stainless steels is presented. Cold rolling was performed on materials …