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involved, vibroacoustic energy can be distributed between structural and acoustic medium in ways that differ fundamentally from the light-fluid case. In this context, this thesis proposes to study the impact
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spatial resolution. The generated meshes are expected to be tested in different FEM solvers and demonstrated in the structural analysis of existing and novel UAVs. To meet the goals proposed, the work
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from different disciplines Contribute to scientific publications and dissemination of results ESSENTIAL REQUIREMENTS PhD in Physics, Photonics, Condensed Matter, or a closely related discipline Proven
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/simulation/optimization) Build prototypes and research software (clean, reproducible, well-documented) Work with simulation pipelines (e.g., FEM/CFD/physics engines) and industrial data Collaborate with
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numerical simulation (FEM), data science Interest in additive manufacturing Programming experience in Matlab/Python Optional: Practical experience in the use of measurement technology/production machines
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support our team with FEM simulation and Python programming, allowing you to broaden your research experience besides your studies. Furthermore, you will collaborate with a highly experienced research team
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Research Objectives: (1) To evaluate design methodologies and geometry optimization through simulations for enhancing HX applications in sCO2 power systems. (2) To investigate different alloys for its
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obtained in experiments, Be part of change Theoretical calculations of the effect of centrifugal forces on the clamping Simulate clamping conditions using the Finite Element Method (FEM) with Ansys
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Fellowships Training in joining dissimilar materials using the Friction Stir Welding process and experience in numerical simulations using Finite Elements; to hold a PhD degree obtained in the 3 years
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, using e.g. DFT or the finite element method (FEM) calculate the quantum dynamics of an emitter coupled to phonons with an open-quantum-system approach and using state-of-the-art numerical techniques