International audienceThe behavior of biocomposites and their durability are largely influenced by the variations in intrinsic properties between plant species, as well as their high sensitivity to hydro/hygrothermal conditions. In order to quantify these phenomena, we studied the effect of environmental conditions (temperature, relative humidity and immersion) on the dimensional variations and on the mechanical behavior of fiber bundles from several botanical origins with contrasting phenotypic characteristics. Our results evidenced differences in swelling and plasticization behaviors from one species to another, thus opening interesting perspectives for the predictive modeling of the “in service” mechanical behavior of biocomposites.Le co...
Hygroscopically active materials have been developed with self-shaping ability, converting the water...
Plant fibers have been shown to be highly sensitive to water molecules; this impacts the functionali...
Les préoccupations environnementales de l'industrie et les stratégies visant à développer un système...
International audienceMeasuring and understanding the swelling and softening behaviour of plant fibr...
Actuellement l’industrie montre un intérêt croissant pour le développement de matériaux composites i...
Currently, the industry is showing a growing interest in the development of composite materials inco...
Environmental concern has resulted in a renewed interest in bio-based materials. Among them, plant f...
International audienceThe effect of humidity conditions on the moisture content and dimensional vari...
Natural fibres used as reinforcement in composite materials present specific mechanical properties, ...
International audienceThis study investigates the evolution of hygromechanical properties of flax/PP...
The machining processes of biocomposite materials have shown some scientific barriers, particularly ...
The growing demand for bio-based composites intended for high standard applications bring to light t...
International audienceHygrothermal ageing and durability are major concerns for the use of...
The use of bio-based composites in outdoor applications for civil engineering raises the issue of th...
Hygroscopically active materials have been developed with self-shaping ability, converting the water...
Plant fibers have been shown to be highly sensitive to water molecules; this impacts the functionali...
Les préoccupations environnementales de l'industrie et les stratégies visant à développer un système...
International audienceMeasuring and understanding the swelling and softening behaviour of plant fibr...
Actuellement l’industrie montre un intérêt croissant pour le développement de matériaux composites i...
Currently, the industry is showing a growing interest in the development of composite materials inco...
Environmental concern has resulted in a renewed interest in bio-based materials. Among them, plant f...
International audienceThe effect of humidity conditions on the moisture content and dimensional vari...
Natural fibres used as reinforcement in composite materials present specific mechanical properties, ...
International audienceThis study investigates the evolution of hygromechanical properties of flax/PP...
The machining processes of biocomposite materials have shown some scientific barriers, particularly ...
The growing demand for bio-based composites intended for high standard applications bring to light t...
International audienceHygrothermal ageing and durability are major concerns for the use of...
The use of bio-based composites in outdoor applications for civil engineering raises the issue of th...
Hygroscopically active materials have been developed with self-shaping ability, converting the water...
Plant fibers have been shown to be highly sensitive to water molecules; this impacts the functionali...
Les préoccupations environnementales de l'industrie et les stratégies visant à développer un système...