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Automorphing composites structures by 4D printing – CompoMorph
Coriolis Composite's activities concern the development of automated manufacturing tools for composite structures by depositing composite tapes. The “custom” placement of ribbons/reinforcements allows you to benefit from the advantages of composite materials, namely the optimized performance of lami
Swarm intelligence for navigating disordered flows using chemical signals – SWARMER
When a weakly diffusive chemical substance is transported through a turbulent or a porous medium, the resulting concentration field is characterised by a structure made of filaments stretched and folded by the flow. Many organisms have to navigate this complex landscape to find their way to the emit
Cobotic AppLication for handover and Load transport – CALL
TThe CALL project aims to realize human-robot interactions in an industrial task. Specifically, it involves generating handovers of an object between a human subject and a robotic system, followed by collaboratively transporting this object. A first step will involve studying the biomechanical behav
Obsolescence and Optimized Resilience Engineering – i-OREO
Obsolescence is the process by which systems, components or techniques become obsolete, overtaken by more advanced versions. Affecting fields as diverse as electronics, mechanics and chemistry, it poses a major challenge in terms of operational unavailability, requiring proactive management to mitig
Advanced Nanoscale Thermal Imaging and CHaracterization Instruments – ANTICHI
For fundamental thermal science and numerous nanomaterials no mature solution to the issue of thermal measurement at the nanoscale currently exists. In ANTICHI our goal is to provide a versatile instrument that allows analysing in highly controlled experimental conditions thermal mesoscale processes
Elliptic systems with sharp transition on optimal sets – ESSTOS
This project lies at the interface between the calculus of variations and non linear analysis applied to condensed matter physics on the one hand, and geometric measure theory and transport models in urban planning on the other hand. We are particularly interested in models where the energy concent
Sustainable Mulches for Aphid-Free Environment – SMAFE
By 2030, the world's population is expected to reach around 9 billion required to devise new advances in areas such as energy, transport and mainly food production. In fact, in line with the ethical demands of our times, the Sustainable Development Goals of the United Nations (UN) as well as the Eur
Advanced design PrActice for New aero engine Developments and bearing Optimization undeR Extreme conditions – PANDORE
To achieve the objectives set by Europe regarding carbon neutrality, all aircraft engine manufacturers have started seeking original engine architectures that allow them to reach these goals. Several directions for development have been considered which all aim at improving performances in terms of
Compression and Alignment for Efficient Machine Learning – CALME
The increasing availability of massive datasets presents a number of challenges for machine learning (ML), with two key issues standing out: the high dimensionality of the data and the difficulty of obtaining high-quality labelled data. This project aims to develop ML methods that require moderat
Probing interstitial fLUid hoMEostasis with an Organ on Chip platform to investigate solute transport in tissues – PLUME_2
Tissue homeostasis depends on the coordinated functions of blood and lymphatic vessels, along with connective tissues, to regulate the absorption and drainage of nutrients, gases, hormones, and cellular waste. While the Starling principle has long served as a model for solute transport, the dynamics
