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-HAZARD STRUCTURAL DESIGN UNDER FIRE AND BLAST: SYNERGIES, TRADE-OFFS AND RISK-INFORMED OPTIMISATION This PhD project focuses on understanding synergies and trade-offs in designing civil engineering
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/research-teams/iwine ). YOUR TASKS PhD Position in AI-Driven Resilient RAN Optimization for 6G and O-RAN Architectures JOB DESCRIPTION This PhD research aims to investigate beyond state-of-the-art
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thermophysical, structural, and rheological properties of slags and molten oxides at high temperatures; Modelling of heat transfer, fluid flow, mixing, and transport phenomena using multiscale modelling
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microproteins and the dark proteome. You will work closely with the group of Dr. Danny Sahtoe at the Hubrecht Institute, who brings complementary expertise in computational protein design and structural biology
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physical dynamics is fundamentally limited by two factors: the extreme opacity of 3D geo-materials and the inherent structural variability of living microbial communities. As a PhD researcher in Ghent
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understand forest disturbances and recovery by using time series of the most detailed structural and radiometric 3D forest models ever built: 'digital twin' forests. The project will draw upon Earth
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understanding how disturbances and forest dynamics shape 3D forest structure over time, and how these structural changes alter the microclimate buffering capacity of tropical and temperate forests