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the acquisition, analysis, interpretation, and correlation of stratigraphic and mineralogical-petrographic data from volcanic and sedimentary deposits, for the construction of subsurface models aimed at assessing
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Université Paris-Saclay GS Sciences de l'ingénierie et des systèmes | Saint Aubin Routot, Haute Normandie | France | 3 days ago
information from high-resolution measurements on the bone matrix chemical composition would benefit our model. We also have developed the use of super-resolution infrared micro-spectroscopy technique O-PTIR
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continuous-fibre-reinforced polymers (composites) under monotonic and cyclic loading, in particular using acoustic emission and thermography. Derivation of service life models for composites. Involvement in
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for 30 hours/week. Expected start: May 2026. Tasks: Research in the field of inorganic composites with a focus on innovative and sustainable processing and material concepts Investigation of process
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composite manufacturing). The research will involve developing analytical and numerical modelling approaches, sensor and experimental design and instrumentation, and developing advanced data analysis
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of atmospheric composition obtained from airborne campaigns are critical for process-level studies and for validating satellites and models. The prospective candidate will conduct research that advances our
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on parametric modelling of geometry and composite architecture, aimed at weight minimization and at the achievement of predefined mechanical performance requirements; iii) The experimental validation and
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of PAEK (Polyaryletherketone) and PEKK (Polyetherketoneketone) polymers, and their composites with carbon fibre, using the CFAM platform. Forming Process Optimisation: Systematically exploring and
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This project focuses on understanding and modelling interfaces in multifunctional composite structures that combine mechanical load-bearing capacity with energy storage. You will study how electrochemical
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? No Offer Description The research assistant will be responsible for analyzing mathematical models and algorithms for tracking gas composition in CO₂ pipeline transport systems, as well as for detecting