steel texture ebsd alloy design simulation recrystallization ab initio twip copper ecci titanium mechanics fem celular automaton indentation microstructure manganese strength magnesium single crystal size effect cu crystal plasticity twip steel strain hardening sem electron channeling contrast imaging deformation martensite apt mn atom probe tomography grain boundary micromechanics twinning maraging atom probe trip gnd indent materials science bending wire composite atomistic orientation grain property structural steel bainite yield surface rotation taylor model grain interaction metal steels nanostructre nanostructuring of 100 thousand tons first principles substructure mn-steel plasticity polycrystal ti beta geometrically necessary dislocations dp steel austenite maraging effect max-planck ferrite hardening dierk raabe high-mn nanoprecipitate dislocations high manganese research manganese-steel defects scanning electron microscope twins strain controlled diffraction conditions strain path mythology of metals smelting mining history of metals polycrystal mechanics cp-fem cpfem alumuminum finite element method nanocomposite mixing mechanical alloying drawing cu-nb-ag cu-nb cu-ag mg alloy elastic properties structural alloy stiffness interface austenitic steel nanostructure potts grain growth monte carlo ultra fine grained rolling thermomechanical processign ufg cast tensile test strip casting crystal 304 stainless steel bauschinger effect electromobility atom probe tomography copper nanoparticles 3d ebsd manganese steel strenght hot band dual phase dp transformation cold rolling precipitates nano tem hardness gum metal titan multiscale modeling ab inition hpc computational materials science experiment aluminum plane introduction silicon ultra high strength tomographic atom probe dislocation
Mehr anzeigen