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Field
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We invite applications for a fully funded PhD position in the field of numerical modelling of iron electrodeposition, i.e., multiphase flows involving phase change, using fully resolved CFD methods
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for a PhD candidate with a background in numerical analysis to contribute to the development of numerical methods for inverse problems in wave propagation. You will become a member of the Department
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a multidisciplinary problem centered around computational mechanics and engineering, potentially involving (i) multiphysics problems, (ii) multiscale methods, (iii) uncertainty quantification and (iv
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of silicon with only preliminary exploration of in-SEM scratching. Building upon the preliminary in-situ SEM scratch exploration, the following extensions and improvements need to be made: Develop a method to
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community! We are looking for a PhD candidate with a background in numerical analysis to contribute to the development of numerical methods for inverse problems in wave propagation. You will become a member
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in numerical methods – You can translate biological processes into mathematical or computational frameworks. Curious about innovative techniques – You are eager to explore cutting-edge approaches
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process. To achieve this goal, a physically-based extension of an existing particle-based method (implemented in LAMMPS) is required to account for transformation plasticity, damage and fracture, which is
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the Numerical Analysis group at TU Delft. The group is internationally recognized for its contributions to iterative methods, numerical linear algebra, and parallel computing. The project will be carried out in
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-driven modelling and numerical mathematics leading to computationally fast methods State-of-X (where X is charge, health and/or function) estimation at the pack level. This requires developing
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project). Strong motivation to conduct interdisciplinary research within an international scientific team. For PhDs 1–2: experience or clear affinity with experimental methods, spectroscopy or laboratory