Cel
The ALTTA project advances hybrid laminar flow (HLF) technology with the aim of reducing the aerodynamic drag of an aircraft by delaying the laminar/turbulent transition. The technology will be applied to fin and nacelle with emphasis on less complex systems. A simplified suction leading edge for the fin of a narrow body aircraft will be designed and realized as full-sized mock-up using a new manufacturing technique. An HLF nacelle will be designed for better trade-off between aerodynamic drag reduction and penalties caused by the addition of a suction system. For this nacelle, a combined anti-icing and anti-contamination system will be developed, manufactured, and implemented in a mock-up. ALTTA will contribute to the aerodynamic design of HLF applications by improving transition prediction techniques from data base methods to linear and non-linear stability codes. Furthermore, a generic tool to optimise the trade-offs of HLF applications will be developed and the system tools for laminar flow applications will be improved.
Dziedzina nauki
Zaproszenie do składania wniosków
Data not availableSystem finansowania
CSC - Cost-sharing contractsKoordynator
21129 HAMBURG
Niemcy
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Uczestnicy (24)
DH9 6SR STANLEY
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TOULOUSE
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BRISTOL
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76700 HARFLEUR
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82131 Gauting
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BS99 7AR BRISTOL
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81043 CAPUA
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MK43 0AL Cranfield - Bedford
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92214 SAINT CLOUD
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BH21 2BJ WIMBOURNE
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38108 BRAUNSCHWEIG
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SW7 2BZ LONDON
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1049-001 LISBOA
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60388 Frankfurt-am-Main
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92322 CHATILLON
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LONDON
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DE24 8BJ DERBY
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581 88 LINKOEPING
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GOSSELIES
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STOCKHOLM
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28359 BREMEN
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31062 TOULOUSE
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61 Limerick
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BS16 1QY BRISTOL
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