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Finite-Elemente-Analysen (FE-Simulationen) – zu evaluieren. Ziel der Juniorprofessur ist es, das Forschungsprofil der Medizinischen Fakultät Mannheim im Bereich der translationalen muskuloskelettalen
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implant positioning influence stresses in the bone and risks such as wear, impingement, and dislocation. By combining innovative motion analysis techniques with finite element modelling, the research will
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include the development of finite elements methods, as well as inverse design strategies based on deep-learning and Neural Networks approaches. The latter will then bring the project to the experimental
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(including, but not limited to, phylogenetic analysis, morphometrics, or finite elements modelling) are expected. Extensive participation and / or experience in leading fieldwork is expected. The successful
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experiments on structural frames, members, and components Conducting thorough investigations utilizing finite element analysis Assessing seismic performance through macro modeling of structures Disseminating
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Engineering or a closely related discipline. You will have demonstrable experience in one or more of the following areas: Finite Element Analysis, Computational Fluid Dynamics, Discrete Element Method, Multi
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ministerial journal list, 4) experience in numerical modeling of single-step sintering processes of thermoelectric modules using the finite element method, 5) experience in 3D design and experimental
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of relevant work experience, or equivalent combination of education and work experience. Preferred Qualifications Strong background in Finite Element Analysis. FLSA Exempt Full Time/Part Time Full Time Number
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of academic background and scientific publications (45%); Experience in analysis and simulation and finite element software for the analysis of building components; energy and thermal simulation (30
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, natural language processing (NLP) and machine learning Connected and autonomous vehicles Disaster and natural Hazard assessment and management Discrete element method (DEM) and finite element methods (FEM