Cel
The proposal contributes to the objectives of FP5, i.e. increasing thrust to weight ratio by 40% and improving SFC and thus reducing CO2 emissions by 20% using design methods which make use of transition effects in unsteady flow. Efficient transition models based on the physical understanding of transition induced by wakes, potential disturbances and surface roughness will be developed and validated by experimental testing. These models are applied to the numerical analysis of new designs of highly loaded axial gas turbine blades. Experimental, and numerical results are collected in a unique database, which will enhance the physical understanding of transition considerably and facilitate future validation of transition models.
Dziedzina nauki
Zaproszenie do składania wniosków
Data not availableSystem finansowania
CSC - Cost-sharing contractsKoordynator
80995 MUENCHEN
Niemcy
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Uczestnicy (15)
LE8 6LH LEICEISTER
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10135 TORINO (TURIN)
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9000 GENT
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51147 KOELN
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SW7 2BY LONDON
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28830 SAN FERNANDO DE HENARES
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15827 DAHLEWITZ
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10044 STOCKHOLM
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77550 MOISSY CRAMAYEL
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42 200 CZESTOCHOWA
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CB3 0DY CAMBRIDGE
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64511 BORDES
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50139 FIRENZE
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461 81 TROLLHAETTAN
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RHODE-ST-GENESE
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