This paper concerns properties of sonic curves for two-dimensional smooth subsonic-sonic and transonic steady potential flows, which are governed by quasi- ...
Abstract. The two problems of a two-dimensional flow of an inviscid, compressible, perfect diatomic gas past a circular cylinder and past a sinusoidal wall ...
Analysis of this expansion allows the critical Mach number, at which flow first becomes locally sonic, to be estimated as Mt. = 0.39823780 ± 0.00000001.
Abstract. The two problems of a two-dimensional flow of an inviscid, compressible, .perfect diatomic gas past a circular cylinder and past a sinusoidal wall ...
Subsonic potential flow past a circle and the transonic controversy. Published online by Cambridge University Press: 17 February 2009. M. D. Van Dyke and.
Since Mc exceeds M* by some 1.1%, it follows that this particular “airfoil” can possess a continuous range of shock-free potential flows above the critical Mach ...
The two problems of a two-dimensional flow of an inviscid, compressible, perfect diatomic gas past a circular cylinder and past a sinusoidal wall are considered ...
Mar 15, 2022 · Subsonic flow stream tubes can vary in size, but once you hit the transonic regime they are a constant. You see the varying stream tubes ...
Missing: Potential Controversy.
Subsonic potential flow past a circle and the transonic controversy · M. V. Dyke, A. Guttmann · Published in The Journal of the Australian… 1 January 1983 ...
May 9, 2022 · Transonic flow is when some parts of the flow are supersonic and some are subsonic. It's easy to understand why the flow speed decreases and pressure increases.
Missing: Controversy. | Show results with:Controversy.