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-based methods for discrete sequences (e.g., DNA, RNA, amino acid, and crystals) remain fundamentally underdeveloped. Existing approaches rely on ad hoc corruption mechanisms that lack theoretical
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the properties of these thin films. The growth of the materials will be done via molecular beam epitaxy, where we can control crystal properties down to single atomic layers. Growth control and investigation
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, amino acid, and crystals) remain fundamentally underdeveloped. Existing approaches rely on ad hoc corruption mechanisms that lack theoretical grounding and interpretability. This PhD project aims
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SFI FAST: PhD position in Microstructure/texture evolution during extrusion of scrap-based Aluminium
nucleation (PSN) and grain boundary pinning effects. The work will include extrusion experiments, advanced material characterization (LOM, SEM, EBSD etc.), and use and further development of crystal plasticity
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on physics-based computational modelling. Key activities include crystal-plasticity-based finite-element (CPFE) simulations, unit-cell and microstructure-resolved models, and the development of modelling