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Design and Integration Methodology for Sustainable Innovation with Multiple Upgrade Cycles – IDCyclUM
The concept of upgradeable systems: increasing attractiveness for user and optimized environmental performance!<br /><br />
Polynesian, Martinique's, Reunion's marine benthic invertebrates : interactions and chemodiversity evaluation for a sustainable use – POMARE
The marine living resources from selected sites and habitat of three French OT’s and OR’s located in three oceans all around the world are a treasure box to be discovered and understood. The objective
Characterisation, Protection, Sustainable use and Valorisation of Vanilla Biodiversity in Tropical EU – VaBiome
Vanilla is an emblematic patrimonial and endemic resource for tropical EU regions and combines a high socio-economic value with a natural image due to its traditional and sustainable mode of productio
Lead-free oxides for gas detection – OSPÉGAZ
LEFOG LEad-Free Oxides for Gas detection Developing portable or fixed instrument systems compatible with the RoHS directive (restriction of dangerous substances) to monitor our environment is one ob
How Emotions Influence Decision-making: an Interdisciplinary perspective – HEIDI
The neural mechanisms underlying the influences of emotional and motivational processes on decision making remain poorly understood. The HEIDI program seeks a better understanding of the economic, psychological and neurobiological bases of the influences of emotions on decision-making to inform models and theories of decision-making in behavioral economics.
The green recycling of mining wastes by supported Lewis acid catalysis : an Environmental, Ecological, Economic and Ethic Opportunity – Opportunité(E)4
The project combines sustainable ecological rehabilitation of mining sites in Gard and New Caledonia, and chemical recovery of plant species concentrated Trace Elements (TE). This interdisciplinary research with applied and industrial purposes, intends to be the driving force in environmental and socio-economic reconstruction of degraded sites by industrial and mining operations
Mechanisms of Spark Plasma Sintering in metallic materials – MF2
Despite the current strong worldwide interest on the Spark Plasma Sintering process (SPS), the mechanisms at the origin of its high efficiency were still poorly understood and documented. SPS consists in densifying a powder by the simultaneous application of a pressure and a DC pulsed current. The aims of the MF2 project were to determine the physical mechanisms activated during the SPS densification and to understand the intrinsic role of the current on these mechanisms.
Multiscale AnaLysIs of Children's bone growth: both advanced ultrasonic cross-sectional imaging and biomechanics model – MALICE
The analysis and the characterization of the growth of children's bones are still an open question and crucial for various applications. Regarding clinical concerns, it is important to progress in the
Simulation of dynamic Interaction of non spherical particles in a turbulent boundary Layer – PLAYER
Simulation of dynamic interaction of non spherical Particles in a turbulent boundary Layer