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and with the 2AT team at Institut Pprime to develop an innovative jet-noise prediction tool. The researcher will develop a novel jet-noise prediction tool based on a resolvent analysis of the Navier
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problem. The ATHENA project (intelligent Automation of THErmodynamic cycles for a New energy Approach) aims to develop a new generation of digital tools capable of automatically designing innovative
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and with the 2AT team at Institut Pprime to develop a shape-optimisation tool based on resolvent analysis, applied to landing-gear aeroacoustics The researcher will develop a numerical methodology based
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system, but in highly variable ways: the same mutation may be harmless in the liver while causing a serious disease in neurons. Currently, no tool can predict these effects according to cell type, leaving
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confined geometries. The exchange of thermal radiation within such cavities depends on geometry, surface properties, and temperature distributions, and often requires advanced modeling tools to be accurately
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of the catalytic mechanism of oxygen reduction by cytochromes bd, with the E. Coli cytochrom bd-I protein as a first example. This work will require the use of a large panel of molecular modeling tools, from
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as well as new theoretical tools. Its mission is to provide excellence in scientific research and development, and it maintains strong links with industry. As part of a collaboration contract between
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and with the 2AT team at Institut Pprime to develop resolvent-based modelling tools for turbulent jets in cases where the jet mean flow is three-dimensional. The researcher shall: - Develop a high-order
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skills: Proficiency in cell culture techniques and standard molecular and cell biology methods. • Computational skills: Experience in image processing (FIJI) and/or bioinformatics tools and/or programming
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team on themes related to ozone and its precursors on a global scale. • Develop automated digital tools to create summary diagnostics • Publish the results, present them orally at appropriate conferences