Summary
This article presents the results of the NLR contribution to the computational part (Task 2) of the Brite/Euram project EUROSHOCK. The aim of this work is the investigation of passive control at transonic flow conditions. For this purpose the NLR has extended its two-dimensional unsteady viscous transonic flow code ULTRAN-V with several control models in order to simulate passive control. In this article the implementation of the different control models is described. Results of the calculations performed for several test cases will be presented and discussed to evaluate the potential of passive control to improve the aerodynamic characteristics of transonic airfoil sections.
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References
R. Bohning and J. Zierep. Normal shock-turbulent boundary layer interaction at a curved wall. In Computations of Viscid-Inviscid Interactions, CP-291, pages 17-1 to 17-8. AGARD, 1980.
R. Bohning and J. Zierep. Calculation of 2d turbulent shock/boundary-layer interaction at curved surfaces with suction and blowing. In J. Délery, editor, Turbulent Shear Layer/Shock Wave Interactions. IUTAM Symposium Palaiseau 1985, Springer-Verlag, Berlin, Heidelberg, 1986.
R. Houwink. Computation of unsteady turbulent boundary layer effects on unsteady flow about airfoils. Technical Report TP 89003, NLR, 1989.
R. Houwink and A.E.P. Veldman. Steady and unsteady separated flow computations for transonic airfoil. AIAA Paper 84 - 1618, 1984.
N. Rott and L.F. Crabtree. Simplified laminar boundary-layer calculations for bodies of revolution and for yawed wings. Journal of Aeronautical Sciences, August 1952.
J. Green, D.J. Weeks, and J.W.F. Brooman. Prediction of turbulent boundary layers and wakes in compressible flow by a lag-entrainment method. ARC R and M, (3791), 1973.
P.S. Granville. The calculation of the viscous drag of bodies of revolution. Technical Report Rep. 849, David Taylor Model Basin, 1953.
R. Houwink. Unsteady strong viscous/inviscid interaction modelling in the ULTRAN-V code. Technical Report NLR CR 91205 L, National Aerospace Laboratory NLR, The Netherlands, 1991.
C.R. Olling and G.S. Dulikravich. Viscous-inviscid computations of transonic separated flows over solid and porous cascades. In Transactions of the ASME Journal of Turbomachinery, volume 109. 31st International Gas Turbine Conference and Exhibit, Düsseldorf, Germany, The American Society of Mechanical Engineers, April 1987.
John Locke Gray Bsc. The Passive Control of Shock Wave Boundary Layer Interaction in Transonic Flow. PhD thesis, Faculty of Engineering Queen’s University of Belfast, July 1989.
G. Dargel. Private communication.
D.I.A. Poll, M. Danks, and B.E. Humphreys. The aerodynamic performance of laser drilled sheets. In First European Forum on Laminar Flow Technology, Hamburg, March 1992.
M.J. Simmons and J.L. Fulker. Notes from tests on a passive control aerofoil. Technical report, DRA, Bedford, 1993. Contract Paper AP4-CP(93)-4, EUROSHOCK TR AER2-92-49/3.1 (also see Chapter 22).
B.A. Wolles. Computation of transonic flows applying shock boundary layer interaction control. Technical Report NLR CR 96093 L / EUROSHOCK TR AER-92-49/2. 8, National Aerospace Laboratory NLR, The Netherlands, 1996.
B. Wolles. Results of the DRA-2303 Steady Test Cases with/without Control, January 1996. In W. Geissler, Transonic Airfoil/Wing Flow Prediction with Shock-Boundary Layer Interaction and Control (SBLIC), EUROSHOCK Final Technical Report TR AER2-92-94/F1, Appendix C, January 1996.
B. Wolles. Results of the DA LVA-1A Steady Test Cases with/without Control, January 1996. In W. Geissler, Transonic Airfoil/Wing Flow Prediction with Shock-Boundary Layer Interaction and Control (SBLIC), EUROSHOCK Final Technical Report TR AER2-92-94/F1, Appendix C, January 1996.
B. Wolles. Results of the VA2 Steady Test Cases with/without Control, January 1996. In W. Geissler, Transonic Airfoil/Wing Flow Prediction with Shock-Boundary Layer Interaction and Control (SBLIC), EUROSHOCK Final Technical Report TR AER2-92-94/F1, Appendix C, January 1996.
W. Geissler. Transonic Airfoil/Wing Flow Prediction with Shock Boundary Layer Interaction and Control (SBLIC). EUROSHOCK Final Technical Report TR AER2-92-94/F1, Appendix C.
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© 1997 Friedr. Vieweg & Sohn Verlagsgesellschaft mbH, Braunschweig/Wiesbaden
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Wolles, B.A. (1997). Computation of Transonic Flows Applying Shock Boundary Layer Interaction Control. In: Stanewsky, E., Délery, J., Fulker, J., Geißler, W. (eds) EUROSHOCK - Drag Reduction by Passive Shock Control. Notes on Numerical Fluid Mechanics (NNFM), vol 56. Vieweg+Teubner Verlag. https://doi.org/10.1007/978-3-322-90711-0_18
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DOI: https://doi.org/10.1007/978-3-322-90711-0_18
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