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Journal Articles
37. Li, J., Lai, W. H., Chung, K., and Lu, F. K., “Experimental study on transmission of an overdriven detonation wave from propane/oxygen to propane/air,” Combustion and Flame, 154(3):331-345, 2008.
36. Fan, H. Y., and Lu, F. K., “Numerical modelling of oblique shock and detonation waves induced in a wedged channel,” Proceedings of the Institution of Mechanical Engineers, Part G: Journal of Aerospace Engineering, 222(5):687-703, 2008.
35. Fan, H. Y., and Lu, F. K., “Numerical simulation of detonation processes in a variable cross-section chamber,”Proceedings of the Institution of Mechanical Engineers, Part G: Journal of Aerospace Engineering, 222(5):673-686, 2008.
34. Emanuel, G., “Vorticity in unsteady, viscous, reacting flow and downstream of a curved shock,” AIAA Journal, 45(8):2097–2099, 2007.
33. Emanuel, G., and Hekiri, H. “Vorticity and its rate of change just downstream of a curved shock,” Shock Waves, 17(1-2):85-94, 2007
32. Abolmaali, A., Treadway, J., Aswath, P., Lu, F.K., and McCarthy E., “Hysteresis behavior of T-stub connections with superelastic shape memory smart fasteners,” Journal of Steel Construction Research, 62(8):831–838, 2006.
31. Lu, F.K., Fan, H.Y., and Wilson, D.R., “Detonation waves induced by a confined wedge,” Aerospace Science and Technology, 10(8):679–685, 2006.
30. Li, J., Chung, K., Lai, W., and Lu, F.K., “Uncertainty analysis of deflagration-to-detonation run-up distance,” Shock Waves, 14(5-6):413–420, 2005.
29. Emanuel, G., Satyanand, U.S., and Lu, F.K., “Performance of a shock tube with a large area contraction,” AIAA Journal, 43(9):1995–1999, 2005.
28. Lu, F.K., Liu, H.-C., and Wilson, D.R., “Electrical conductivity channel for a shock tube,” Measurement Science and Technology, 16(9):1730–1740, 2005.
27. Terrier, D.E., and Lu, F.K., “Aerodynamically controlled expansion nozzle for STOVL aircraft,” Journal of Propulsion and Power, 21(4):763–765, 2005.
26. Fan, H.Y., and Lu, F.K., “Comparison of detonation processes in a variable cross-section chamber and a simple tube,” Journal of Propulsion and Power, 21(1):65–75, 2005.
25. Kim, H.Y., Lu, F.K., Anderson, D.A., and Wilson, D.R., “Numerical simulation of detonation process in a tube,” CFD Journal, 12(2):227–241, 2003.
24. Lu, F.K., and Terrier, D.E., “Performance analysis of short takeoff and vertical landing aircraft nozzle in hover,” Journal of Propulsion and Power, 19(4):715–717, 2003.
23. Lu, F.K., and Wilson, D.R., “Detonation driver for enhancing shock tube performance,” Shock Waves, 12(6):457–468, 2003.
22. Lu, F.K., Kim, H.Y., and McNay, L.N., “A simplified trajectory analysis model for small satellite pay-load recovery from low earth orbit,” Aerospace Science and Technology, 7(3):231–237, 2003.
21. Lu, F.K., Wilson, D.R, Bakos, R.J., and Erdos, J.I., “Recent advances in detonation techniques for high-enthalpy facilities,” AIAA Journal, 38(9):1676–1684, 2000.
20. Lu, F.K., and Kinnear, K.M., “Characterization of thin film heat flux gauges,” Journal of Thermophysics and Heat Transfer, 13(4):548–550, 1999.
19. Lu, F.K., and Zhang, X., “Visualization of a confined accelerated bubble,” Shock Waves, 9(5):333–339, 1999.
18. Lu, F.K., and Liu, X., “On the optical design of Cranz-Schardin cameras,” Optical Engineering, 36(7):1935–1941, 1997.
17. Chung, K.-M., and Lu, F.K., “Hypersonic turbulent expansion-corner flow with shock impingement,” Journal of Propulsion and Power, 11(3):441-447, 1995.
16. Bigdeli, B. and Lu, F.K., “Hypersonic, turbulent viscous interaction past an expansion corner,” AIAA Journal, 32(9):1815-1819, 1994.
15. Magnusson, R., Wang, X., Hafiz, A., Black, T.D., Tello, L.N., Haji-Sheikh, A., Konecni, S., and Wilson, D.R., “Experiments with photorefractive crystals for holographic interferometry,” Optical Engineering, 33(2):596-607, 1994.
14. Chung, K.-M., and Lu, F.K., “Damping of surface pressure fluctuations in hypersonic turbulent flow past expansion corners,” AIAA Journal, 31(7):1229-1234, 1993.
13. Lu, F.K., “Quasiconical free interaction between a swept shock and a turbulent boundary layer,” AIAA Journal, 31(4):686-692, 1993.
12. Kalkhoran, I.M., Wilson, D.R., and Seath, D.D., “Experimental investigation of the perpendicular rotor blade-vortex interaction at transonic speeds,” AIAA Journal, 30(3):747-755, 1992.
11. Kalkhoran, I.M., and Wilson, D.R., “Experimental investigation of the parallel rotor blade-vortex interaction at transonic speeds,” AIAA Journal, 30(8):2087-2092, 1992.
10. Lu, F.K., and Chung, K.-M., “Downstream influence scaling of turbulent flow past expansion corners,” AIAA Journal, 30(12):2976-2977, 1992.
9. Lu, F.K., and Settles, G.S., “On the upstream-influence scaling of sharp fin interactions,” AIAA Journal, 29(7):1180-1181, 1991.
8. Lu, F.K., and Settles, G.S., “Inception length to a fully-developed fin-generated shock wave boundary-layer interaction,” AIAA Journal, 29(5):758-762, 1991.
7. Lu, F.K., and Settles, G.S., “Color surface-flow visualization of fin-generated shock-wave boundary-layer interactions,” Experiments in Fluids, 8:352-354, 1990.
6. Lu, F.K., Settles, G.S., and Horstman, C.C., “Mach number effects on conical surface features of swept shock boundary-layer interactions,” AIAA Journal, 28(1):91-97, 1990.
5. Seath, D.D., Kim, J.-M., and Wilson, D.R., “Investigation of parallel blade-vortex interaction at low speed,” Journal of Aircraft, 26(4):328-333, 1989.
4. Hafiz, A., Magnusson, R., Bagby, J.S., Wilson, D.R., and Black, T.D., “Visualization of aerodynamic flow fields using photorefractive crystals,” Applied Optics, 28(8):1521-1524, 1989.
3. Jung, Y., and Seath, D.D., “Spanwise displacement of a line vortex above a wing - a simple calculation scheme,” Journal of Aircraft, 25(5):476-478, 1988.
2. Settles, G.S., Hsu, J.C., Metwally, O.M., and Lu, F.K., “Visualization of high-speed flows at the Penn State Gas Dynamics Laboratory,” Proceedings of the Laser Institute of America, 67:95-104, 1988.
1. Mitchell, J.H. III, Magnusson, R., Black, T.D., and Wilson, D.R., “Holographic interferometry using iron-doped lithium niobate,” Applied Physics Letters, 51(2):81-82, July 13, 1987.
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Graduate School ~ Mechanical and Aerospace Engineering