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Microstructure and texture evolution in Mg/Nb layered materials made by accumulative roll bonding
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The development of grain resolved stress fields around notch tips in soft-textured zirconium polycrystals: A three-dimensional synchrotron X-ray diffraction study
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On the evolution and modelling of Cube texture during dynamic recrystallisation of Ni–30Fe–Nb–C model alloy
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Development of weak-textured and high-performance Mg–Zn–Ca alloy sheets based on Zn content optimization
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High temperature deformation of austenite: Texture and anisotropy effects
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Texture formation in orthorhombic alpha-uranium under simple compression and rolling to high strains
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Texture evolution during annealing of hot extruded U-10wt%Zr alloy by in situ neutron diffraction
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Characterization of crystallographic texture of Zirconium alloy components by neutron diffraction
Abstract not provided
Texture and elastic anisotropy of a mylonitic anorthosite from the Morin Shear Zone (Quebec, Canada)
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Textural, surface and chemical properties of polyvinyl chloride particles degraded in a simulated environment
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Effect of isochronal annealing on the microstructure, texture and mechanical properties of a cold-rolled high manganese steel
Highlights: • Recrystallised γ grains have similar orientations to reverted/recovered γ grains. • After reversion, γ orientations are correlated to ε and α′-martensite orientations. • γ nucleation at the boundary of reverted/recovered γ grains - Abstract: A Fe-17Mn-3Al-2Si-1Ni-0.06C wt.% steel was subjected to cold-rolling to 42% thickness reduction and isochronally annealed for 300 s between 500 and 850 °C. The high Mn steel was characterised via electron back-scattering diffraction, transmission electron microscopy and uniaxial tensile testing. The reversion of deformation-induced ε and α′-martensite to austenite (γ) was witnessed with the formation of fine twins in reverted/recovered γ grains after annealing to 650 °C. The nucleation of new γ grains at the boundary of reverted/recovered γ grains was also noted. Upon reversion, the γ orientations originated from the ε and α′-martensite orientations by phase transformation via the Shoji-Nishiyama and Kurdjumov-Sachs orientation relationships, respectively. Upon segmenting the γ grains, the recrystallised γ grains were observed to nucleate with orientations similar to those of the reverted/recovered γ grains. Uniaxial tension on a fully recrystallised γ microstructure showed that the initial γ grain size has a more significant effect on the yield strength than the ε and α′-martensite fractions. On the other hand, the initial ε and α′-martensite fractions affect the total elongation.
Crystallographic texture control in electron beam additive manufacturing via conductive manipulation
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Texture-sensitive prediction of micro-spring performance using Gaussian process models calibrated to finite element simulations
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