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G J D
METHODS IN THE DETERMINATION OF ORIENTATION DISTRIBUTIONS
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alloy aluminium content aluminium nitride analysis angle anisotropy annealing austenite axis behaviour calculated cleavage coarsening coiling cold reduction cold rolled copper crystallographic cube orientation cube texture curve deformation bands deformation texture diameter Dillamore dislocation effect electron microscopy elongated energy Euler angles experimental fatigue ferrite fibre formation fracture grain boundaries grain growth heating hot band hot rolled increase iron-copper alloy layers low carbon steel material matrix measured mechanism metals micrographs microstructure misorientation Nb steel niobium steels normal nucleation nuclei observed obtained occurs particles plane pole figures polyoxymethylene precipitation primary recrystallisation properties ratio recrystal recrystallisation texture recrystallised grains recrystallization relationship rolling direction rolling texture rotation samples shear sheet shown shows single crystals specimen spherulite strain stress sub-grain surface Table temperature tensile texture components texture development thickness titanium Trans transition bands transverse tube tungsten twin ultrasonic values volume fraction weld X-ray yield yield stress