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engineering; (ii) structural dynamics; (iii) finite element modelling; (iv) probabilistic methods in engineering You are curious, organised, detail-oriented, and comfortable taking ownership of your research
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imaging of the physiology of stranded harbour porpoises and related specimens development of computer-based three-dimensional finite element models (FEM) of acoustic wave propagation in the sound
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applications, including biology, materials science, and astrophysics, and uses a variety of approaches, such as stochastic processes, kinetic theory, variational analysis, finite element methods, and data
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microscopy (SEM), and, ideally, thin-film characterization and analysis. Familiarity with computer-aided design and technical drawing, preferably using Autodesk Inventor, as well as the Finite Element
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written and spoken English During the PhD you may also work with finite element methods (e.g. COMSOL) and C++ software. Prior experience with these is not required. Workplace Workplace We offer A PhD
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resolution, finite-element simulations, and quantum models extending the Tavis–Cummings Hamiltonian. The aim is to demonstrate coherent control of spatiotemporal polaritons and to design spatiotemporal
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uses a variety of approaches, such as stochastic processes, kinetic theory, variational analysis, finite element methods, and data-driven techniques. The Vienna School of Mathematics offers excellent
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low noise, circular, bio-based materials supported by: Finite Element and vibro acoustic modelling Machine learning assisted optimisation Advanced microstructural and acoustic characterisation
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formation at scales below those normally addressed by crystal plasticity Qualifications Background in materials science, physics or mechanics Experience with finite-element modelling and/or crystal
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biology is not required good written and spoken English Experience with PDE-based simulations, finite element methods, high-performance computing or deep-learning frameworks (e.g. PyTorch, JAX) is an