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advanced CFD (such as LES or DNS) and combustion modelling of reacting flows and combustion systems. • Develop and apply combustion chemistry, turbulence–chemistry interaction, and relevant
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to researchers across multiple scientific domains, including Climate & Weather, Bioinformatics, CFD, NLP, and multimodal AI. The analyst will help bridge the gap between cutting-edge computational infrastructure
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such as Pointwise, Link3D, SABRE Experience with HPC systems and MPI communication Knowledge of algorithms for hypersonic CFD Understanding of physics involved in hypersonic systems About the Department
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/Qualifications Technical Skills: Processing and analysis of large volumes of data from numerical simulations. Parallel programming standards in distributed memory (MPI) and shared memory (OpenMP). HPC
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. What does our ideal teammate look like and what will you be doing? In this role, you will be responsible for working with subject matter experts to understand and refine new CFD application and/or CFD
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heat transfer processes Use of advanced numerical methods (CFD, LBM, hybrid models) Utilization of high-performance computing (HPC, GPU) Analysis and validation of numerical results Optimization
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supercomputer hardware. The research work will be informed by collaborations with the scientific computing team that manages the local HPC resources at NTNU, and Uninett Sigma2, which manages both the Norwegian
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work will be informed by collaborations with the scientific computing team that manages the local HPC resources at NTNU, and Uninett Sigma2, which manages both the Norwegian national infrastructure
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modeling, computational fluid dynamics (CFD), and high-performance computing (HPC). Analyze simulation results and publish findings in leading scientific journals and international conferences. Collaborate
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matter experts to understand and refine new CFD application and/or CFD discretization techniques and then lead the implementation of these techniques into large-scale, automatic computational work-flows