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PhD in Computational Simulations of Turbulent Reaction Flows for Clean Energy and Sustainable Propul
, for which in-house codes for Direct Numerical Simulation (DNS), Large Eddy Simulation (LES), and 1D flame calculations are available and constantly further developed. Commercial codes are used for Reynolds
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of Science . The team’s mission is to develop clean biotechnological solutions and to assess the environmental sustainability of novel treatment pipelines. Key domains include (i) microbial products
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Strong interest in cultural economics, religion and economics, peacebuilding, governance, and post-conflict development Knowledge of quantitative research methods and econometrics At least two years of
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Team under the supervision of Prof. Dr. Radu State at the University of Luxembourg. Your role Support further developing and expanding the SEDAN team, its research, and role in shaping interdisciplinary
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of individual nanostructures, with large-scale GPU-accelerated micromagnetic simulations developed within the group. The research is carried out within the DynaMat group at Ghent University. This group studies
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and continuously update a future-proof strategic roadmap that includes timely technology implementations Identify and actively manage relevant development activities (i.e. method
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on consumer-centric circular logistics in an urban context, developing models for more responsive, efficient and sustainable logistics systems. You will draw up a research plan and corresponding research
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law within the Department of Law and, where appropriate, to courses related to European integration in other programmes of the University. Responsibilities include developing research-led electives
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structures, e.g. polymeric scaffolds and electrospun textiles. The successful candidate will modify polymeric and composite biomaterials using plasma reactors, develop plasma based coatings, and control
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at the Toxicological Centre of the University of Antwerp (TC, UA), which has extensive analytical expertise and instrumental capabilities related to human exposure assessment and human exposome. The TC has developed in