Fluid- and Gasdynamics

1. Front Matter

   Pages I-XX

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2. Stability Phenomena

   1. Dynamics of flow instabilities in thermal and hydrodynamic systems

      • K. Bühler, E. Schröder, M. Wimmer

      Pages 1-9

   2. Spoke pattern convection

      • F. H. Busse

      Pages 11-17

   3. Digital particle image velocimetry applied to a natural convective flow

      • W. Merzkirch, T. Mrosewski, H. Wintrich

      Pages 19-26

3. Transition, Turbulence and Separation

   1. On singular solutions of the incompressible boundary-layer equation including a point of vanishing skin friction

      • E. V. Bogdanova-Ryzhova, O. S. Ryzhov

      Pages 27-37

   2. Turbulence and rarefied gasdynamics

      • C. Cercignani

      Pages 39-46

   3. Flow attachment at flow separation lines

      • U. Dallmann, H. Gebing

      Pages 47-56

   4. Near-wall phenomena in turbulent separated flows

      • H. H. Fernholz

      Pages 57-67

   5. On the interaction of wave-like disturbances with shocks — two idealizations of the shock/turbulence interaction problem

      • R. Friedrich, R. Hannappel

      Pages 69-77

   6. Some aspects of a model for coherent structures in turbulent boundary layers

      • M. Hackeschmidt, M. Buschmann

      Pages 79-86

   7. On the critical condition for wall turbulence generation

      • M. Nishioka, M. Asai, S. Furumoto

      Pages 87-94

   8. Comparison of flamelet models for premixed turbulent combustion

      • N. Peters

      Pages 95-104

   9. Correlations in homogeneous stratified shear turbulence

      • U. Schumann

      Pages 105-111

   10. Multiplicative models for turbulent energy dissipation

       • K. R. Sreenivasan, G. Stolovitzky

       Pages 113-123

4. Transonic Flow

   1. Near critical transonic nozzle flows with homogeneous condensation

      • C. F. Delale, G. H. Schnerr

      Pages 125-131

   2. Normal shock λ-foot topography at turbulent boundary layer

      • P. Doerffer

      Pages 133-140

   3. On the stand-off distance of detached shock waves in internal transonic flows

      • R. Dvořák

      Pages 141-146

   4. Internal flows with multiple sonic points

      • G. H. Schnerr, P. Leidner

      Pages 147-154

   5. The boundary value problem for low aspect ratio, pointed wings at sonic speed Recent developments in theory

      • S. Turbatu

      Pages 155-162

5. Hypersonic Flow

   1. Hypervelocity flow over spheres

      • H. Hornung, C. Wen, G. Candler

      Pages 163-170

This volume offers a wide range of theoretical, numerical and experimental research papers on fluid dynamics. The major fields of research - fundamentals of fluid mechanics as well as their applications - are treated: - stability phenomena: convective flow, thermal and hydrodynamic systems - transition, turbulence and separation: boundary-layer, turbulent combustion, rarefied gasdynamics, near wall and off wall flow fields, energy dissipation - transonic flow: homogeneous condensation, shock-waves, effects at Mach number unity - hypersonic flow: flow over spheres, aerothermodynamics, relaxation - fluid machinery: axial fans, compressor cascades, fluid couplings - computational fluid dynamics: passive shock control, zonal computation, cylinderflow, flow over wings - miscellaneous problems.

• Dissipation
• Particle Image Velocimetry
• Profil
• computational fluid dynamics
• convection
• fluid dynamics
• fluid mechanics
• magnetohydrodynamics
• simulation
• thermodynamics
• wave
• fluid- and aerodynamics

• Institut für Strömungslehre und Strömungsmaschinen, Universität Karlsruhe (TH), Karlsruhe, Federal Republic of Germany

  G. H. Schnerr, R. Bohning, W. Frank

• Fachbereich Maschinenbau, Fachhochschule Offenburg, Offenburg, Federal Republic of Germany

  K. Bühler

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