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Field
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. With this project we propose to design and investigate polyrylene-based antennae capable to perform singlet fission, and couple them to polypyridyl ruthenium catalysts, to tackle these challenges in
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reaction products (methanol and water) from the reaction mixture, shifting the equilibrium towards higher methanol production. This strategy has been studied using other reactor designs with in-situ
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involved, the PhD student will work on the design of new materials useful for the energy transition, in particular radiative cooling and thermophotovoltaics. The candidate: Must have a background in
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the project in this context. WORK: the main idea is to investigate control-oriented tools, typically combining identification [2] with state observation [3], for the ultimate goal of digital twin design
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-how about the required level of abstraction, so as not to get lost in details that would be more appropriate to the realization stage than the design stage. This know-how is also linked to two areas
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of Mathematics (DEMA), Probability and Statistics (EPS), and Geometry, Topology, and Algebra (GTA). Discrete polytopal complexes are recent numerical methods, whose purpose is to design approximations of partial
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area available for transfer is much higher in HFMCs than in packed columns, potentially leading to more compact systems for the same transferred flux. Objectives of the PhD Today, the design of
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, vibro-acoustic design needs to be pushed earlier in their design phase. Additionally, product sustainability can be also enhanced by exploiting the information included in sound waves emitted during
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Description This thesis, co-supervised by ENAC, Equipe Informatique Interactive/ISAE-Supaéro, groupe Ingénierie Système and the UTT, proposes the research of multidisciplinary design methods and focuses
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through: - The development of an innovative 3D printing CERHUM implant technology based on hydroxyapatite integrated with the 3D printing MATERIALISE titanium technology to obtain the design and mechanical