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candidate will benefit from regular meetings to closely support the progress of the research. The successful candidate will join a stimulating research environment and become part of a small team working on
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has to develop and compare methods for different practical problems, a good compromise is given by the use of the class of convex optimization problems. In particular, this class is known to have good
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turbine [9] and will integrate data from large-eddy simulations for the atmospheric flow [4]. Second, once the model has been validated on test-cases, comparisons will be performed with in situ measurements
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instrumental/software developments for the implementation of in situ and real-time characterization tools. Structural and chemical characterization of epitaxial layers: X-ray diffraction, XPS, AFM, transmission