Paper 22: The Performance of a Supersonic Parallel Diffuser

Martin B. W. Baker P. J. ‘Experiments on a supersonic parallel diffuser’, J. mech. Engng Sci. 1963 5 (No. 1), 98.

Baker P. J. Martin B. W. ‘Some operating characteristics of the supersonic axisymmetric parallel diffuser’, J. mech. Engng Sci. 1965 7 (No. 1), 15.

Fortini A. ‘Performance investigation of a non-pumping rocket-ejector system for altitude simulation’, N.A.S.A. Tech. Note D-257, 1959 (December).

Martin B. W. ‘Factors affecting the performance of the supersonic parallel diffuser’, J. mech. Engng Sci. 1966 8 (No. 1), 62.

Korst H. H. Chow W. L. Zumwalt G. W. ‘Research on transonic and supersonic flow of a real fluid at abrupt increases in cross section’, Univ. of Illinois ME-TN-392–5, OSR-TR-60–72, 1959.

Korst H. H. ‘A theory for base pressures in transonic and supersonic flow’, J. appl. Mech. 1956 23 (No. 4, December), 593.

Nash J. F. ‘An analysis of two-dimensional turbulent base flow, including the effect of the approaching boundary layer’, A.R.C. R & M No. 3344, 1962.

Liepmann H. W. Roshko A. Elements of gas dynamics 1957, 328 (Wiley & Sons, New York).

Tucker M. ‘Approximate calculation of turbulent boundary-layer development in compressible flow’, N.A.C.A. Tech. Note 2337, 1951.

Sirieix M. Mirande J. Delery J. ‘Expériences fondamentales sur le recollement turbulent d'un jet supersonique’, AGARD CP No. 4, 1966 (May), 353.

McDonald H. ‘A study of the turbulent separated-flow region occurring at a compression corner in supersonic flow’, J. Fluid Mech. 1965 22 (Pt 3), 481.

Mangler W. ‘Compressible boundary layers on bodies of revolution’, A.R.C. Repts and Transl. No. FM 949, 1946 (March).

McDonald H. ‘An analysis of the turbulent base pressure problem in supersonic axisymmetric flow’, Aero. Qtly 1965 (May), 97.

Tollmein W. ‘Berechnung der turbulenten Ausbreitungsvergänge’, ZAMM 1926 4; also N.A.C.A. Tech. Memo 1085, 1945.

Abramovitch G. N. ‘The theory of a free-jet of a compressible gas’, C.A.H.I. Rept 337 1939 (translated as N.A.C.A. Tech. Memo 1058.).

Görtler H. ‘Berechnung von Aufgaben der freien Turbulenz auf Grund eines neuen Naherungsansatzes’, ZAMM 1942 22, 244.

Crane L. J. ‘The laminar and turbulent mixing of jets of compressible fluids’, J. Fluid Mech. 1957 3 (Pt II).

Jacques R. Gailly A. ‘Mélange supersonique turbulent et application aux problèmes des recollements’, AGARD CP No. 4, 1966 (May), 277.

Maydew R. C. Reed J. F. ‘Turbulent mixing of axisymmetric compressible jets (in the half-jet region) with quiescent air’, A.R.C. 24,941, FM 3341, 1963 (March).

Gooderum P. B. Wood G. P. Brevoort M. J. ‘Investigation with an interferometer of the turbulent mixing of a free supersonic jet’, N.A.C.A. Rept 963, 1950.

Charwat A. F. Yakura J. K. ‘An investigation of two-dimensional supersonic base pressures’, J. aero. Sci. 1958 25 (February).

Kirk F. N. ‘An approximate theory of base pressure in two-dimensional flow at supersonic speeds’, R.A.E. Tech. Note Aero. 2377, 1959 (December).

Korst H. Tripp W. ‘The pressure on a blunt trailing edge separating two supersonic two-dimensional streams of different Mach numbers and stagnation pressures, but identical stagnation temperature’, Proc. Midwestern Conf. Fluid Mechanics 1957 (April) (Univ. of Michigan).

McDonald H. ‘Turbulent shear-layer reattachment with special emphasis on the base pressure problem’, Aero. Qtly 1964 XV (August).

Roberts J. B. ‘On the prediction of base pressure in two-dimensional supersonic turbulent flow’, N.G.T.E. Rept No. R265, 1964.