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Are you interested in conducting cutting edge research on green hydrogen production? Can you contribute to the development of numerical solutions and new solvers? Do you have experience in open-source CFD – particularly OpenFoam? Then the Department of Mechanical & Production Engineering at...
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Skip to main content. Profile Sign Out View More Jobs Postdoc in Game Theory for Sustainable Short-Sea Shipping – DTU Management Kgs. Lyngby, Denmark Job Description Are you fascinated by
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quantitatively the risk of reusing water in the food industry, and partly to research initiatives on application of quantitative models to ensure safety of various food products. The common aim of these projects
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waters. You will be responsible for the development of a process-based pollution model and for coupling it to the 3D FlexSem model system FlexSem (au.dk) for inner Danish waters. You will use the model
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Posted on 04/24/2024 Be the First to Apply A 2-year postdoctoral position focusing on develop new design principles for water absorbing skin adhesives is available in the group of Polymers and Functional
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optimize new skin adhesive; (2) develop new design principles for water absorbing skin adhesives; (3) maintain and support experimental equipment related to adhesion and skin technologies; (4) support
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to avoid marine biofouling. The project combines field work in the ocean with advanced surface spectroscopy. The starting date is June 15th, 2024 or soon thereafter, and the duration of the employment will
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to avoid marine biofouling. The project combines field work in the ocean with advanced surface spectroscopy. The starting date is June 15th, 2024 or soon thereafter, and the duration of the employment will
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that simultaneously reduce greenhouse gas emissions and create resilience to climate change. These include biochar, nitrogen application and cropping strategies as well as collection of drainage water for use in
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, water transport through aquifers, etc. Single- and multiphase fluid migration in complex geometries may result in non-trivial dispersion mechanisms and surface reactions. The aim of this project is to use