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Field
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, including parameter optimisation and advanced monitoring techniques. Develop and refine process models, simulations, and automation strategies. Characterise microstructure, wear behaviour, and corrosion
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(Generation of unique databases on well-identified frames), validated models in operational conditions (New models based on real in-situ observations and mechanism). Microstructure manipulation for tailoring
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operational conditions (New models based on real in-situ observations and mechanism). Microstructure manipulation for tailoring macroscopic response: Toughing mechanism using surface on involume spatial
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, with a focus on textiles, and will have significant experience in the microstructural, physicochemical, and mechanical characterization of fibers Autonomous in carrying out the project and producing
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on Cu and Cu-based alloys, including process optimisation and development of scalable powder mixing approaches. Perform microstructural and mechanical/electrical characterisation, apply computational
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Entropy Alloy (HEA) compositions suitable for Additive Manufacturing (AM) Develop a multiscale methodology to select compositions and microstructure with optimized fraction Establish and optimise Powder Bed
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on well-identified frames), validated models in operational conditions (New models based on real in-situ observations and mechanism). Microstructure manipulation for tailoring macroscopic response: Toughing
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on well-identified frames), validated models in operational conditions (New models based on real in-situ observations and mechanism). Microstructure manipulation for tailoring macroscopic response: Toughing
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, SPM, AFNI, or equivalent Advanced preprocessing: geometric distortion correction, harmonization, registration, longitudinal QC Diffusion MRI (tractography, microstructural models) Functional
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for space and satellite applications. The project investigates how microstructural design in polycrystalline functional oxides, such as grain size, crystallographic orientation, and strain, can be used