Greco, 1974 - Google Patents
On the strict exceptionality for a subsonic flowGreco, 1974
- Document ID
- 10382995385782521940
- Author
- Greco A
- Publication year
- Publication venue
- Associazione Italiana di Meccanica Teorica ed Applicata, National Congress, 2 nd, Naples, Italy
External Links
- 239000012530 fluid 0 abstract description 2
Similar Documents
Publication | Publication Date | Title |
---|---|---|
Greco | On the strict exceptionality for a subsonic flow | |
LEGENDRE | Definition of the perturbation potential of the flow around a delta wing at the subsonic leading edge | |
GOEL et al. | Proof that the existence of a point of inflection in the flow field of a non-newtonian fluid is a necessary condition for stability | |
LANDAHL | Linearized theory for unsteady transonic flow(Linearized theory for unsteady transonic flow based on outer and inner expansion method) | |
KAUFMAN | Solutions to the linearized navier stokes equations for the case of the steady viscous flow about spherical bodies, without external forces | |
GRIGOLIIA | On the integration of a system of linearized Navier-Stokes equations(Numerical solution of boundary value problem for linearized Navier-Stokes equations) | |
BERG | Discussion of the existance of a plane, steady, irrotational subsonic flow of an inviscid, barotropic compressible fluid | |
Na et al. | The influence of localized, normal surface oscillations on the steady, laminar flow over a flat surface: technical report | |
RANIKE et al. | Use of altimeters based on the variations of pressure for the study of vertical navigation | |
DRAZIN et al. | Hydrodynamic stability of parallel flow of inviscid fluid(Initial value problem for hydrodynamic instability of parallel flow of inviscid fluid) | |
SADOVSKII | Vortex zones in a potential flow with a Bernoulli constant jump at the boundary(Vortical flow of incompressible fluid in finite region bounded by potential flow and with Bernoulli constant jump at boundary) | |
HARRIS | Method of sensing axial tension in flow from a tube, in order to assess the relative order of the magnitude of the elastic, viscous and inertial forces | |
SOZIN | Heat release parameters influenced by variations in the flow rate of an incompressible fluid | |
THOMAS et al. | Use of the resonance scattering technique to photograph the free molecular flow of sodium vapor from an orifice | |
CUNOLO | Theoretical flow around given profiles at high angles-of-attack determined by using the suction theorems | |
BLUMER et al. | Theory of boundary layer transition which includes the effects of freestream turbulence and pressure gradient | |
ARKADOV | Approximate calculation of the critical performance of an ejector with a slotted nozzle | |
FORSTE | Solution of the boundary value problem of the stokes equations for a laminar, incompressible, viscous fluid flow from a channel with plane parallel walls into a half space | |
BARNA | Equilibrium of flow in axial flow fans designed for constant lift-drag ratio(Flow radial equilibrium in axial flow fans designed for constant lift-drag ratio and total pressure rise along blade) | |
RHODES | Discussion of the instrumentation for shock testing and measurement of transient motion, with emphasis on acceleration determinations | |
Nakatani et al. | Study of the effects of geometrical parameters on the characteristics of air jet flow by some optical methods | |
KORDYBAN et al. | Experimental study of the mechanism of two- phase slug flow in horizontal tubes(Two-phase slug flow behavior in horizontal tubes, measuring pressure drop and fluctuation, liquid level and slug velocity) | |
SEN | Stability of hydromagnetic kelvin-helmholtz discontinuity in ideal incompressible fluids, assuming surface tension at the interface | |
Millionshchikov | Stability criterion for the probable spectrum of linear systems of differential equations with recursion coefficients and a criterion of the almost reducibility of systems with almost periodic coefficients(Probable spectrum stability criterion and reducibility derived for linear differential equation having recursion or almost periodic coefficients) | |
BAUER et al. | Methods for determining the performance of ejector-diffuser systems used in rocket altitude simulation(Estimation of starting pressure ratio of axisymmetric ejector-diffuser systems for rocket altitude simulation) |