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different mixing and reactive properties compared to conventional fuels. In this project, turbulent mixing and combustion of hydrogen in air will be studied through optical experiments and numerical modelling
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of the numerical methods behind CFD and turbulence models. Experience in analyzing CFD data and interpreting simulation results. Excellent command of written and spoken English. Experience writing scientific reports
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outside of Sweden, for example a 4-year bachelor's degree is accepted. Strong knowledge of hydrodynamics, CFD, turbulence modelling, and structural mechanics. Understanding of the numerical methods behind
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numerical methods used to design wind turbines and understand turbulent combustion in jet engines, this research aims to address critical computational challenges in simulating the physical dynamics
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physics, technical development, software development, development of analysis tools, data management, image reconstruction, and clinical/preclinical studies on models and humans. We offer a stimulating and
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on numerical modelling and experimental investigations and includes the practical implementation of results based on the needs of collaboration partners. The research environment aims for further collaborations
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division at the department of Electrical engineering at Chalmers. Here, a team of PhD students, post-docs and senior researchers are working on modeling and numerical optimization of problems in the areas
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fundamental understanding and advanced modelling & testing capabilities with application in engineering practice. Our work on experimental testing and numerical modelling at laboratory and field scale is
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of study is how surface geometry, such as internal corners and other shapes, affects fire spread. The research includes both experimental studies at small and medium scales, as well as numerical
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to reduce the complexity in simulating lake physical dynamics at scale. Borrowing from numerical methods used to design wind turbines and understand turbulent combustion in jet engines, this research aims