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- Universitat Politècnica de Catalunya (UPC)- BarcelonaTECH
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the EU Research Framework Programme? Horizon Europe Is the Job related to staff position within a Research Infrastructure? No Offer Description Thermomechanical modelling, using numerical methods
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operational data (WP3). Validate numerical models and verify 2D and 3D simulations (WP4). Collaborate on a timely basis on other work packages. Write the part of the deliverables corresponding to the UPC tasks
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processes with a focus on atmospheric applications. Contribute to the development and implementation of mathematical models and numerical algorithms. Analyze data from numerical simulations, climate models
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‘Predictive numerical techniques based on multiphysics models for aquifers monitoring (AquiNum)’. FUNCTIONS TO BE PERFORMED: Understand and predict the physical behaviour of aquifers using advanced multi
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rigorous technical documentation on the developed models, analytical and numerical results. Actively participate in brainstorming sessions to propose solutions to new and unconventional problems. Review
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or equivalent Skills/Qualifications Technical Competences: Programming: MatLab and Python. Numerical modeling software: FEFLOW, MODFLOW6, MODPATH. Specific Requirements Educational Requirements: Hydrogeology
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experience in scientific projects. Specific Requirements Knowledge -Fate of emerging organic compounds -Development of numerical models -Stochastic models -Numerical modeling -Stochastic modeling Professional
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Offer Description Mission: Carry out a theoretical study of ferromagnetic transitions in dilute fermionic gases. Functions to be developed: Carry out the theoretical development of models and integral
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.), execution and postprocessing. Functions to be developed: Prepare meshes for "Large Eddy Simulations" (LES) type simulations of turbomachine compressor blades. Monitor the development of numerical simulations
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applications, with a strong emphasis on the use of state-of-the-art numerical tools for device-level and system-level design. The candidate will contribute primarily to multiphysics simulations and modeling