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(Bachelor, and or Master) and a track record of Q1 journal publications. We welcome candidates with excellent backgrounds and expertise in rock mechanics, geotechnics, geoscience, geothermal energy, and
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the development of offshore wind energy and have a passion for geotechnical engineering? This PhD position is for you. This project is an opportunity to contribute to the advancement of offshore renewable energy as
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for floating wind. This is an EU project led by the Norwegian Geotechnical Institute and with academic and industry partners partners across Europe. You will join a large team of active researchers in the Delft
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from geotechnical resonant column experiments on soil samples, using models that account for nonlinear wave propagation phenomena. Such models enable predicting the typical skewness of the frequency
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Structures within the same faculty. You will estimate the (shear) modulus reduction and damping ratio increase (MRDI) curves from geotechnical resonant column experiments on soil samples, using models
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industry partners that provide advanced geotechnical design tools to practitioners around the world. The successful candidate will work alongside a team of established researchers at the School
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The candidate must complete his Master’s degree or equivalent qualification with a geoenvironmental and civil engineering background. The candidate must have a good knowledge of geotechnics and some skills in
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actions are planned: laboratory tests, field-scale experiments, and predictive numerical simulations, to propose a treatment protocol considering local geological, geotechnical, and meteorological
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energy wind resources are located. The emerging concept of ‘whole-life’ geotechnical behaviour is also unlocking new anchoring design approaches. Whole-life changes in seabed strength during the system
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technology and offshore wind energy, and have a passion for geotechnical engineering? This PhD position is for you. This project is a unique opportunity to contribute to the advancement of geotechnical testing