An analysis of the properties of two-dimensional incompressible fluid flow in the mixing chamber of a constant area ejector
Kiefer, Martin D.
MetadataShow full item record
The properties of an incompressible fluid in the mixing chamber of a constant area cylindrical ejector are analyzed in a two-dimensional form. The flow field for velocity and temperature is assumed to be made up of regions in which uniform flow of the primary and secondary fluids exist, and which diminish with axial distance from the ejector entrance. The velocity and temperature distributions in the mixed region are assumed to have cosine shaped profiles. The compatible solutions are riven an axial distribution by assuming a parabolic spread rate for the secondary fluid Jet boundary.
Showing items related by title, author, creator and subject.
Carlmark, Jon William (1971-12);A rational method is presented to predict the penetration of free-falling objects into deep-sea sediments by combining proven empirical theories from the field of soil mechanics with known hydrodynamic phenomena. The impact ...
Rissman, T.A.; Varutbangkul, V.; Jonsson, H.H.; Nenes, A.; Jimenez, J.L.; Delia, A.E.; Bahreini, R.; Roberts, G.C.; Seinfled, J.H.; Conant, W. C.; Van Reken, T.M. (2004);Our understanding of the activation of aerosol particles into cloud drops during the formation of warm cumulus clouds presently has a limited observational foundation. Detailed observations of aerosol size and composition, ...
Bleick, Willard Evan. (Monterey, California. Naval Postgraduate School, 1962-08); Naval Postgraduate School (U.S.) Research paper ; no. 34.The problem of orbital transfer discussed here is that of scheduling the direction p of constant momentum thrust of a rocket, which loses mass at a constant rate, so that it transfers to an earth satellite orbit, with ...