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CP
Camille Perrot
3
Documents
Présentation
My current research activities belong to the fields of multi-scale physics, computational mechanics, structure-property-fabrication relationships of materials, multifunctional materials, and micro(poro)mechanics of porous media. The research is based on fluid flow and transports phenomena within a large range of times and lengths scales. Works oriented towards multi-scale and multi-physics modeling, applicable to various aspects of engineering sciences. Emphasis of my research activities is on studying at the local scale (meso-, micro-, or submicroscopic depending on the case) a material or a system, the goal being to understand and predict its macroscopic behavior, where are situated applications in terms of engineering \[thermal, applied fluid dynamics, poroelasticity, acoustics, biomechanics, micro- and nano- (electro) mechanical systems\].
My current research activities belong to the fields of multi-scale physics, computational mechanics, structure-property-fabrication relationships of materials, multifunctional materials, and micro(poro)mechanics of porous media. The research is based on fluid flow and transports phenomena within a large range of times and lengths scales. Works oriented towards multi-scale and multi-physics modeling, applicable to various aspects of engineering sciences. Emphasis of my research activities is on studying at the local scale (meso-, micro-, or submicroscopic depending on the case) a material or a system, the goal being to understand and predict its macroscopic behavior, where are situated applications in terms of engineering \[thermal, applied fluid dynamics, poroelasticity, acoustics, biomechanics, micro- and nano- (electro) mechanical systems\].
Publications
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Dual UV-Thermal Curing of Biobased Resorcinol Epoxy Resin-Diatomite Composites with Improved Acoustic Performance and Attractive Flame Retardancy BehaviorGreen and Sustainable Chemistry, 2021, 2 (1), pp.24-48. ⟨10.3390/suschem2010003⟩
Article dans une revue
hal-03111105v1
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Multiscale approach to characterize effective mechanical, hydraulic and acoustic properties of a new bio-based porous materialMaterials Today Communications, 2021, 26, pp.101938. ⟨10.1016/j.mtcomm.2020.101938⟩
Article dans une revue
hal-03252293v1
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Numerical characterizations of acoustic properties of a novel bio-based porous epoxy resineForum Acusticum 2020, Dec 2020, Lyon, France
Communication dans un congrès
hal-04355184v1
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