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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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, 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