1937
DOI: 10.1002/zamm.19370170103
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Eine neue Stromfunktion für die Erforschung der Bewegung der Gase mit Rotation.

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Cited by 105 publications
(36 citation statements)
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“…since µ has the same value at any point of the star 1 , because the equilibrium is isentropic, and because the rotation is rigid [the theorem of Crocco (1937); see also Oswatitsch (1976), Chernyi (1988)]. So, the dynamical equilibrium conditions can also be written as ∇µ = 0 [see the case of an incompressible fluid in Lamb (1947) …”
Section: Newtonian Treatmentmentioning
confidence: 99%
“…since µ has the same value at any point of the star 1 , because the equilibrium is isentropic, and because the rotation is rigid [the theorem of Crocco (1937); see also Oswatitsch (1976), Chernyi (1988)]. So, the dynamical equilibrium conditions can also be written as ∇µ = 0 [see the case of an incompressible fluid in Lamb (1947) …”
Section: Newtonian Treatmentmentioning
confidence: 99%
“…Nevertheless, the assumption that transverse pressure gradients vanish*is popular in streamline curvature methods of design because it permits a simplified two-dimensional calculation of blade desigp [7][8][9]1].…”
Section: Dh-mentioning
confidence: 99%
“…A proper test of (14) would be whether, on integration over the !otor blade-to-blade flow, it would predict a total enthalpy transfer compatible with that of the classic Turbomachinery Equation (1). Therefore, the integration of (14) for czypto-steady conditions will be performed as a test in the three-dimensional domain.…”
Section: Integration Of the Total Enthalpy Ratementioning
confidence: 99%
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“…A proper test of (14) would be whether, on integration over the rotor blade-to-blade flow, it would predict a total enthalpy transfer compatible with that of the classic Turbomachinery Equation (1). Therefore, the integration of (14) for crypto-steady conditions will be performed as a test in the three-dimensional domain.…”
Section: Some Characteristics Of the New Differential Turbomachinery mentioning
confidence: 99%