Objective
The FLOWNET initiative is intended to provide the scientific and industrial communities with a code validation tool for flow modelling and computational/experimental methods (subsonic. transonic, supersonic and hypersonic regimes). Such scientific development constitutes a crucial and mandatory step in the industrial validation. By means of network databases, multi-disciplinary knowledge is cross fertilized and archived. It provides share of technical complements (test case definitions, experiments models grids, codes, etc) to scientists and engineers. It enhances quality trust in the pre-industrial process. The ultimate goal of the network is to bring together academic and industrial node partners in a dynamical open way to evaluate continuously in terms of accuracy and efficiency the quality and performance of CFD software for improving complex design in industry. Six kernel members (INRIA. Dassault Aviation. DASA, CIRA. DLR, Univ. of Roma) are sharing academic, technological and industrial FLOWNET responsabilities including: -installation of database and integration of experimental/computational data, -coordination and management of industrial/academic node partners, -workshops, -evaluation and integration of available experiments, -Short Courses, Seminars and Trainings, -integration and quality assessment of data related to industrial test cases. The twenty six nodes (INRIA. Dassault Aviation, DASA. CIRA, DLR, Univ.of Roma, ALENIA, BAe, EGT. SAAB, SENER, ONERA, EPFL, IUSTI,. LEA, Politecnico TORINO, RWTH. Univ Lyon1, VUB, HTG, VKI, NTUA, HAI, Carlos III Madrid, ABB, SMR) of the network originate mainly from Industries. SMEs. Laboratories and Universities. They will provide experimental and/or computational data for a better understanding of flows and their associated software in aerospace design. propulsion and wind energy applications. The kernel and selected partners have been involved in many international database workshops and have demonstrated academic/industrial expertize in code validation strategies in various European projects or recognized associations. The substantial benefit to an institution in operating FLOWNET is the sharing of its own knowledge in flow modelling. Computing and experimenting with other institutions involved in similar research or industrial activities. This will he enhanced by the setting up of a Web site where all TN partners will exchange continuously experiences.
Fields of science
Call for proposal
Data not availableFunding Scheme
Data not availableCoordinator
92214 SAINT CLOUD
France
See on map
Participants (24)
5401 BADEN
See on map
LN5 7FD LINCOLN
See on map
10146 Torino
See on map
81043 CAPUA
See on map
1015 Lausanne
See on map
1160 Bruxelles
See on map
37073 GOETTINGEN
See on map
32009 Schimatari
See on map
37191 Katlenburg - Lindau
See on map
06902 SOPHIA ANTIPOLIS
See on map
15773 ATHENS
See on map
92322 Châtillon
See on map
10129 TORINO (TURIN)
See on map
52062 Aachen
See on map
581 88 LINKOEPING
See on map
28760 TRES CANTOS
See on map
2500 BIEL-BIENNE
See on map
86962 CHASSENEUIL DU POITOU
See on map
00184 ROMA
See on map
28911 Madrid
See on map
69622 Villeurbanne
See on map
13453 Marseille
See on map
RHODE-ST-GENESE
See on map
1050 BRUSSEL
See on map