Recycled thermoplastic reinforced agricultural wastes

International audienc

Caractérisation expérimentale d'un isolant bio-sourcé humide : évaluation de l'isotherme d'adsorption et de la conductivité thermique

International audienc

Agricultural waste as fillers in recycled polymer materials

International audienc

Study of micro particles deposition in ribbed channel: A numerical investigation in turbulent airflow

The air is modeled as incompressible flow in a ribbed channel. The existence of ribs on channel surface causes the turbulence in flow, therefore we must solve the turbulence equations. There are previous experimentally investigations on turbulence flow in ribbed channels. In this article, the results of numerical simulation are compared with experimental results and the effectiveness of k−ε model in solving the problem of micro-particle deposition with Lagrangian model is studied because of complexities of turbulent flow, the problem is modeled both 2- and 3-dimensionally. After solving the fluid domain, the particle equations of motion are solved separately and finally the particle deposition on channel surface is calculated. Considering the physic and complications of turbulent flows, the results of 2-D simulation are different with experimental results, despite of 3-D results, which are in complete accordance with experimental results

Approche expérimentale et approche numérique des transferts thermiques dans un milieu hydrophile et dans un milieu hydrophobe

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Optimisation of the properties of flax fibers reinforced composites

International audienc

Métrologie thermique dans un milieu hydrophile et hydrophobe : approche expérimentale et approche numérique

International audienc

Study of micro particles deposition in ribbed channel: A numerical investigation in turbulent airflow

International audienceThe air is modeled as incompressible flow in a ribbed channel. The existence of ribs on channel surface causes the turbulence in flow, therefore we must solve the turbulence equations. There are previous experimentally investigations on turbulence flow in ribbed channels. In this article, the results of numerical simulation are compared with experimental results and the effectiveness of k−ε model in solving the problem of micro-particle deposition with Lagrangian model is studied because of complexities of turbulent flow, the problem is modeled both 2- and 3-dimensionally. After solving the fluid domain, the particle equations of motion are solved separately and finally the particle deposition on channel surface is calculated. Considering the physic and complications of turbulent flows, the results of 2-D simulation are different with experimental results, despite of 3-D results, which a" # "re in complete accordance with experimental results

Thermal conductivity measurements in phase change polymer composites doped with carbon nanotubes

International audienc