Acoustics-compatible active flow control for optimal weapon separation

5th AIAA/CEAS Aeroacoustics Conference and Exhibit

Volumn , Issue , 1999, Pages

  Stanek, Michael J ^a   Sinha, Neeraj ^b   Ahuja, Vineet ^b   Birkbeck, Roger M ^c  

^a AIR FORCE RESEARCH LABORATORY   (United States)

^b Syst Simulation Dvmt Directorate   (United States)

^c M Technologies Inc   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

AEROACOUSTICS; ELECTROMECHANICAL ACTUATORS; ELECTROMECHANICAL DEVICES;

ACTIVE FLOW CONTROL; FREE SHEAR LAYER; FREE-STREAM FLOW; PITCHING MOMENTS; SHORT DURATIONS; STEADY BLOWING; STORE SEPARATION; TRAILING EDGES;

SHEAR FLOW;

EID: 84983209697     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (24)

1. Shaw, L, “Active Control For Cavity Acoustics”, AIAA-98-2347.
2. Stallings, R. L. Jr., and Wilcox, F.J., Jr. “Experimental Cavity Pressure Distributions at Supersonic Speeds”. NASA TP-2683. June 1987.
3. Rainey, R.W. “A Wind-Tunnel Invcsttgation of Bomb Release at a Mach Number of 1 62”. NACA RM-L53L29. March 1954.
4. Stallings, R.L, Jr., “Store Separation From Cavities at Supersontc Flight Speeds”. Journal of Spacecruft wd Rockers, Vol 20. No. 3. 1983. pp. 129-132.
5. Dix, R. E. and Butler, C. “Cavity Aeroacoustics” in Store Carriage, Integration, and Release, Royal Aeronautical Society, Bath, UK., 1990.
6. Rona, A, Chen X X, Zhang, X, and Edwards, J A., “Control of Cavrty Flow Oscillation Through Leading Edge Flow Modifications”, AIAA 98-0672
7. Mongeau, L, Kook, H, Franchek, M A., “Active Control Of Flow-Induced Cavity Resonance”. AIAAICEAS AeroAcoustics Meeting, Toulouse, France, June 1998.
8. Shaw, I and Northcraft, S., “Closed-Loop Active Control For Cavity Acoustics”, AIAA-99-1902.
9. “FY 1998 Conventional Armament Technology Area Plan”, Air Force Research Laboratory, http://aftech.afrl.af.mil/info/taps/fv98/98taps.htm
10. “Federation of American Scientists Web Page”. http://www.fas.org/man/doc-lOllsys/smartlmmc.htm
11. “Powered LOCAAS Industry Day Briefing”. Air Force Research Laboratory, Munitions Directorate. 24 June 1998, http://eglinpk.erlin.af.mil/OPS/LOCAAS.htm
12. Griffin, D. and Graham T., “Designing For Air Carriage and Ejection Launch - A Launcher Designer’s Perspective”. Symposium on Store Carriage. Integration. and Release, Bath, U.K., April, 1990, Royal Aeronautical Society, ISBN 0903409631.
13. Ho, CM and Huerre, P., “Perturbed Free Shear Layers”, Ann. Rev. Fluid Mech., 1984, 16:365-424.
14. Cain, A. B.Bower, W.W. McCotter, and Romer. W W. “Modeling and Prediction of Weapons Bay Acoustic Amplitude and Frequency”, MDA 96X0009. February. 1996.
15. Cain, A. B, Bower, W W, Walker, S H., and Lockwood, M K., “Modeling Supersonic Jet Screech Part 1: Vertical Instability Wave Modeling”, AlAA-95-0506.
16. Dash, S M., Perrell, E R., Kenzakowski, D C and Chidambaram, N. “Turbulent Effects On Missile Lateral Control/Divert Jet Interactions”, AIAA-99-0809.
17. Dash, S M. and Walker, B J., “Advances in Missile Aeropropulsive Flowfield Simulation”, Missile Aerodynamics, NATO RTO-MP-5, Sorrento, Italy, May 1998.
18. Gatski, T B. and Speziale, C G. “On Explicit Algebraic Stress Models For Complex Turbulent Flows”. ICASE Report No. 92-58, Nov. 1992 (also JFM. Vol. 254, 1993. pp. 59-78)
19. Sarkar, S. “Modeling the Pressure-Dilatation Correlation”, ICASE Report No. 91-42, May 1991.
20. Spaid, F W. and Zukoski, E E. “A Study of the Interaction of Gaseous Jets From Transverse Slots With Supersonrc External Flow”. AlAA Journal, Vol. 6. No. 2, Feb. 1968, pp 205-212
21. Vibert, A J., and Dunkley, K J., “Simulation of System Dynamics During Missile Release From Launchers”, Symposium on Store Carriage, Integration. and Release, Bath. U.K. April. 1990. Royal Aeronautical Society, ISBN 0903409631.
22. Baskaran, V., and Jermey, C. “Atrcraft store carriage and release studies at the Aeronautical Research Laboratory. Australia”. Symposium on Store Carriage, Integration, and Release, Bath, U K., April, 1990, Royal Aeronautical Society. ISBN 0903409631.
23. “Federation of American Scientists Web Page”. http://www.fr~s.or~man/dod-lOl/sys/dumb/mk82.htm.
24. Clarkson, C D S. “Prediction of Store Carriage I Release Behavior Using Compulational Fluid Dynamics(or higher order magic)“. Symposium on Store Carriage. Integration. and Release, Bath, U.K., April, 1990, Royal Aeronautical Society. ISBN 0903409631.