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Field
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ensure maximum heat exchange efficiency. Whilst energy piles have been extensively studied, using field tests, physical modelling, and numerical modelling, the behaviour of energy piles under complex
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piles up. Your role and goals The successful candidate will conduct doctoral research on the numerical modelling of sea ice accumulations against coastline and coastal structures such as breakwaters by
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towards the coastlines, fractures and fractured ice piles up. Your role and goals The successful candidate will conduct doctoral research on the numerical modelling of sea ice accumulations against
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, geophysics and geology, while interacting regularly with industrial stakeholders. Duties As a PhD student, you will: - conduct independent research through numerical modelling, laboratory testing and
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engineering, chemical engineering, electrochemistry, physics, applied mathematics, computational engineering or a related discipline Sound knowledge of numerical modelling and physics-based battery
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: - conduct independent research combining field investigations and numerical modelling of multimodal data (taking into account subsurface structural complexity and anisotropy); - develop methodologies for
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, materials science, and high-temperature processes. Experience with high-temperature experiments, numerical modelling, programming (e.g. Python, MATLAB, C++), or materials characterization is
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drought Motivation for modelling and data analysis Programming experience or willingness to develop it Good English communication skills (at least B2 level according to the CEFR: https://go.fzj.de
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Flanders Hydraulics. Our team, the Coastal Engineering Research Group at Ghent University, leads the hydrodynamics component of the project through numerical modelling, wave-flume experiments and field
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environmental impacts of transportation infrastructure projects and drinking water supply. By integrating multi-fidelity geospatial and operational data with numerical modelling and data-driven approaches—such