DAM

Direction des Applications Militaires

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Web page: http://www-dam.cea.fr/dynamique/accueil/accueil.asp

Country: France

ROR: https://ror.org/01d5pah27

Wikidata: Q41566944

DAM

- Funding / Projects
  (1)

1 Projects, page 1 of 1

edyFICE (Nano Structured Organic Polymer Foams, in the Micro to Nano Cellular range, exhibiting Multi Functional Properties, and fabricated by a Continuous Process)
assignment_turned_inProjectFrom 2019Partners:INSTITUT DE MECANIQUE ET D'INGENIERIE DE BORDEAUX, DAM, CEA LE RIPAULT, ARKEMA FRANCE, INSTITUT DE MECANIQUE ET DINGENIERIE DE BORDEAUX +7 partners
INSTITUT DE MECANIQUE ET D'INGENIERIE DE BORDEAUX,
DAM,
CEA LE RIPAULT,
ARKEMA FRANCE,
INSTITUT DE MECANIQUE ET DINGENIERIE DE BORDEAUX,
CENTRE DE RECHERCHE D'ALBI EN GENIE DES PROCEDES DES SOLIDES DIVISES, DE L'ENERGIE ET DE L'ENVIRONNEMENT,
LABORATOIRE DE CHIMIE DES POLYMERES ORGANIQUES,
ARKEMA FRANCE,
CEA Le Ripault,
CENTRE DE RECHERCHE DALBI EN GENIE DES PROCEDES DES SOLIDES DIVISES, DE LENERGIE ET DE LENVIRONNEMENT,
ADERA,
CENTRE DE RECHERCHE D'ALBI EN GENIE DES PROCEDES DES SOLIDES DIVISES, DE L'ENERGIE ET DE L'ENVIRONNEMENT
Funder: French National Research Agency (ANR) Project Code: ANR-18-CE06-0030
Funder Contribution: 578,771 EUR
A continuous extrusion process will be studied for the elaboration of structured cellular polymer foams, in the micro to nano cellular range, i.e cell (pore) sizes lower than 1 micrometer, through foaming in a supercritical fluid. Also, these foams will be multifunctional materials, and will exhibit several properties such as a very low thermal conductivity, or a high electrical conductivity, rigidity vs. damping, toughness, or even original acoustic properties. The edyFICE project aims at controlling a continuous extrusion process for innovative, cellular, (nano) structured, multifunctional materials responding to the challenge of mass reduction (density lowering), and homogeneous lowering of pore sizes of cellular polymers. This methodology will enable and act as a “micro / nano organic foams platform”.
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DAM

DAM

1 Projects, page 1 of 1

edyFICE (Nano Structured Organic Polymer Foams, in the Micro to Nano Cellular range, exhibiting Multi Functional Properties, and fabricated by a Continuous Process)

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