Titlebook: Recent Contributions to Fluid Mechanics; Werner Haase Book 1982 Springer-Verlag Berlin Heidelberg 1982 dynamics.fluid dynamics.fluid mecha

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Shear Layer Studies — Past, Present, Futurens, of which the foremost is based on Prandtl’s concept of the thin shear layer. This paper is a look back down the road along which shear layer calculations have marched, and a forward look to see where we go from here.

裙帶關(guān)系

Measured Velocity Fluctuations Inside the Mixing Layer of a Supersonic Jetnd to be the convection velocities in the middle and at the two edges of the mixing layer. The difference between those at the edges as well as the highest flow velocity variation within a certain layer equalled the sound speed.

Nonconformist

LURE

On Heat Transfer by Superimposition of a Creeping Flow of a Fluid with its Stationary Free Convectiocan be moved only in a creeping flow between the heated pipes in the direction of the cylinder axes..The experimental and theoretical results presented here demonstrate that, by stationary heat transfer and an increasing mass flow of coolant, the effective mean temperature difference at first weakly

植物群

Half Model Testing Applied to Wings above and below Stallconditions due to the displacement effect of the interferent boundary layers on the wing-reflection wall intersection can be minimized by boundary layer suction. Beyond stall the interacting vortex sheets, caused by separation of the three-dimensional boundary layers on the wing and the reflection w

LAITY

On the Turbulence-Modeling Requirements of Three-Dimensional Boundary-Layer Flowswing of van den Berg and Elsenaar and the full three-dimensional data of East and Hoxey. In the former case, results were obtained with an algebraic eddy-viscosity formulation and a two-equation model which allows for transport of turbulence kinetic energy and dissipation rate. The results show that

宣稱

Topological Analysis of Computed Three-Dimensional Viscous Flow Fields using topological concepts. Specific examples include the transonic flow over a body of revolution with conical afterbody at moderate angles of incidence to the free stream. Experimental flow-visualization techniques are simulated graphically to visualize the computed flow. Scalar and vector fluid

Silent-Ischemia

languid

Coronary