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Aeronautics - Aerospace - Defence
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Chemistry - Materials
DMAS - Materials And Structures
Research unit
Experimental or theoretical work includes the microstructure of materials, the static or dynamic behavior of structures. It consists of the design, development and characterization of materials and elements that may be metallic, ceramic or composite.
Innovation themes
6, chemin de la Vauve aux Granges
BP 80100
91120 PALAISEAU
Expertises
- low dimensional structures
- innovative structural materials
- physics and behavior of materials from the atom to the microstructure
- multi-scale and multi-physics modeling and characterization of materials
- modeling of complex macroscopic phenomena
- structural mechanics, design and optimization of structures
- architectural and multifunctional materials
- innovative structural materials
- physics and behavior of materials from the atom to the microstructure
- multi-scale and multi-physics modeling and characterization of materials
- modeling of complex macroscopic phenomena
- structural mechanics, design and optimization of structures
- architectural and multifunctional materials
Applications sectors
- Other business
- Energy
- Aeronautics / Aerospace
- Automotive industry
- Mechanics
- Materials (Metal, Glass, Ceramic, Composite...)
- Shipbuilding industry
- Railway industry
Total number of employees
Total number of employees : 125
Number of doctoral students : 50
Number of doctoral students : 50
Equipment(s) open to collaboration
The technical means available to the collaboration allow:
- physico-chemical and microstructural characterization
- development / processing / deposits
- mechanical characterization
- modelization
https://www.https://www.onera.fr/en/dmas/tecnical-resources
- physico-chemical and microstructural characterization
- development / processing / deposits
- mechanical characterization
- modelization
https://www.https://www.onera.fr/en/dmas/tecnical-resources
Keywords
Valuation offer
Patents: 26
- A process for forming a protective coating against oxidation at high temperature on a refractory silicon-niobium composite material. Part protected by such a coating. Protective coating for monocrystalline superalloys (anti SRZ)
- process for pressureless sintering of metal alloys, application to the manufacture of hollow spheres.
Software :
- Z-Set
- Z-Cracks
- A process for forming a protective coating against oxidation at high temperature on a refractory silicon-niobium composite material. Part protected by such a coating. Protective coating for monocrystalline superalloys (anti SRZ)
- process for pressureless sintering of metal alloys, application to the manufacture of hollow spheres.
Software :
- Z-Set
- Z-Cracks
Establishments of affiliation
