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Researcher in Numerical Modeling of Sea Ice We are seeking a highly motivated Doctoral Researcher to join our ice mechanics research group at Aalto University to work on collaborative project between Aalto
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work to generate high fidelity models of ice crystal icing shedding, verifying tools using a wealth of unique experimental validation data generated by researchers at the Oxford Thermofluids Institute
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semiconductors and semiconductors for water splitting applications). We will then use these materials to fabricate highly efficient water splitting devices and develop operando XPS methods to characterise the same
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semiconductors and semiconductors for water splitting applications). We will then use these materials to fabricate highly efficient water splitting devices and develop operando XPS methods to characterise the same
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water-flume data. Leveraging your strong background in high-fidelity simulations and mathematical modelling, you will use these combined datasets to develop a new generation of mathematically rigorous
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Full time: 35 hours/week Fixed-term: 36 months The opportunity: Solutions of long and flexible polymer molecules do not flow like water. Even when flowing slowly, these fluids exhibit hydrodynamic
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at the Universities of Liverpool, Exeter, Southampton, East Anglia, Tasmania (Australia) and Bigelow Laboratory for Ocean Sciences (USA). You will play a key role in delivering the project's scientific objectives
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aspects of transport in the atmosphere, ranging from greenhouse gases to pollutants, water vapour and heat, and we use inverse modelling techniques to determine sources of greenhouse gases, radionuclides
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of stimulated hydrogen generation in key geological settings. The role will focus on developing and applying high-sensitivity magnetic techniques to monitor hydrogen-generating water–rock reactions through
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applying high-sensitivity magnetic techniques to monitor hydrogen-generating water–rock reactions through coupled magnetite formation and consumption, alongside complementary mineralogical, geochemical and