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micro-Organisms and Reactivity of HYdrOgeN in underground – ORHYON
The role that H2 will play in a future carbon-free energy mix will be potentially major, but the right development of the sector must go through a major research effort. The ORHYON chair offers contribute to this by addressing the behavior of H2 in the subsurfacel, and in particular its interactions
AcouStic integration for futuRe Aircraft propuLsion – ASTRAL
The overall aim of this project is to the development of novel acoustic treatments that can be installed on future architectures of aircraft engines to support the reduction of aviation noise emissions. To this end it is necessary to tackle a number of scientific challenges such as the interactions
Mini-samples for the in-service monitoring of Industrial structures and application to hydrogen transportation. – MESSIAH
Industrial power generation and transport structures are designed to have a life expectancy of more than 40 years. Knowledge of the evolution of the behaviour of materials over very long periods is therefore crucial to ensure the safety and reliability of these installations. Moreover, in the conte
Lifecycle design & systemic approach for energy efficiency in thermo-energy devices – CORENSTOCK
The major transitions of the 21st century, notably digital and environmental, are revolutionizing our lifestyles and have ultimately transformed the modes of industrial production. In addition, companies no longer define themselves solely by what they do, but also by their approach. Thus, innovation
Characterization, modeling and fast prediction of high cycle fatigue properties of materials by thermometric measurements – SELF-HEATING
Polycyclic fatigue is an aspect of the mechanical behavior of materials, which is particularly insidious due to its progressive and masked nature. Although significant progress has been made since the first works on fatigue in the 19th century, the fatigue resistance of industrial parts under servic