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hydraulic conductivity and increased susceptibility to waterlogging or drought stress, depending on environmental conditions. Moreover, compaction can persist for years, hindering soil recovery and requiring
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. Related fields, including hydropower and power grid modeling, hydraulic engineering, and sediment transport. The successful candidates must demonstrate an ability to work independently, evidenced by
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which the sediment transport rates can be derived. One experimental campaign at the hydraulic laboratory at DTU is planned to aid the development of the models. You will be leading the experimental
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modelling efforts carried out by two PhD researchers. The role includes substantial fieldwork: at least two month long campaigns and 1–3 maintenance visits over 18 months. Experience in (Southern) Africa is a
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multiphysical loading regimes including hydraulic, thermal, and chemical processes. The direct applications of these research will be aimed at enhanced modeling of hydraulic fracturing and carbon sequestration
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their strategies. Do you want to know more about LIST? Check our website: https://www.list.lu/ How will you contribute? You will be part of LIST’s Remote sensing and natural resources modelling group Embedded in
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Twin and AI integration for hydraulic modelling, real-time data analysis for advanced leak detection and system optimisation, reducing energy costs, decreasing water losses and improving operational
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, but also to develop approaches to prevent damage. In the project we aim to develop a numerical model to predict root growth. Your task as a Postdoc researcher is to develop a measurement and monitoring