309909297

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100 1 _ ‎‡a Ouagne, Pierre,‏ ‎‡d 19..-....‏

Works

Title	Sources
Analyse de la formabilité de renforts composites à base de fibres naturelles
Analysis of the feasibility to eco-design composite parts using renewable resources for a medical application.
Approche intégrée du procédé de rouissage des fibres de chanvre : Vers une amélioration de la qualité des intrants pour la fabrication des matériaux biocomposites
Caractérisation et optimisation d'un composite biosource pour l'habitat
Caractérisation multi-échelle de composites de lin biodégradables par le biais d’études structurelles, mécaniques et de vieillissement.
Contribution à l'étude de matériaux composites à matrice polypropylène et renforcés par des fibres végétales : de la fibre à la pièce automobile
Contribution to the dimensional and mechanical analysis of plant fibers in a controlled humid environment.
Contribution to the study of composite materials with PP matrix and reinforced with plant fibers : from the fiber to the extruded automotive part.
Contribution to the study of thermo-hygro-mechanical properties of flax polypropylene nonwonen composites with controlled porosity rates for automotive applications
Development and characterization of 3D warp interlock fabrics as reinforcements for protective solutions against stabbing
Développement et caractérisation des tissus 3D interlocks chaines comme renforts pour des solutions de protection contre les coups de couteau.
Economie circulaire pour les composites à fibres de carbone : du déchet aéronautique vers les composites carbone+ thermoplastiques recyclés
Étude du vieillissement hygrothermique et sous UV de composites préparés à partir de Polyéthylène Haute Densité et de différentes farines de fibres naturelles
Étude d'un renfort en lin unidirectionnel destiné aux matériaux composites biosourcés.
Etude expérimentale et numérique des défauts de bouclage et de glissement lors de la mise en forme de composites structuraux à base de fibres synthétiques et végétales
Extraction of hemp fibres for structural composites - Optimisation of the mechanical potential of the fibres for 100% biobased composite materials.
Fabrication et caractérisation de composites renforcés par fibres de lin et résine thermodurcissable.
Integrated approach to the retting process for the hemp fibers : towards improving the quality of inputs for manufacturing biocomposite materials.
Manufacturing and characterization of flax fiber reinforced thermoset composites
Matériaux composites à renfort végétal pour l'amélioration des performances de systèmes robotiques
Modelling and experimental analysis of reinforcements for the optimization of the shape forming process of composite materials based on plant fibres.
Multiscale characterisation of biodegradable flax composites through structural, mechanical and ageing investigations
Physical pre-treatments applied to a flax material tailored for a composite materials application
Pré-traitements physiques appliqués à une matière lin façonnée pour une application de matériaux composites.
Recycled carbon fiber composites : variability of sources and optimization of mechanical performances.
Sandwiches with flax fibres and shives : structure-impregnation-properties optimization.
Study of a unidirectional flax reinforcement for biobased composite
Study of the buckling and sliding defects during the shape forming of structural composites based on synthetic and vegetable fibres.
Study of the hygrothermal and UV ageing of composites prepared from High Density Polyethylene and various natural fiber flours.
textiles based on Moroccan natural fibers for composite materials application.
Thermal and hydrothermal ageing of bio-based composite/metal hybrid materials. Application to the development of ultra-light and durable street furniture.
Vegetal fiber reinforced composites for improving performance of robotic systems.
Vieillissement de matériaux hybrides composites biosourcés/métal sous sollicitations thermiques et hydriques. Application au développement de mobiliers urbains ultra légers et durables

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Ouagne, Pierre, 19..-....

VIAF ID: 309909297 ( Personal )

Permalink: http://viaf.org/viaf/309909297

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