Fluid- and gasdynamics : a festschrift for Jürgen Zierep on the occasion of his 65th birthday
著者
書誌事項
Fluid- and gasdynamics : a festschrift for Jürgen Zierep on the occasion of his 65th birthday
（Acta mechanica, supplementum ; 4）
Springer, c1994
- : au
- : us
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内容説明・目次
内容説明
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.
目次
1: Stability Phenomena.- Dynamics of flow instabilities in thermal and hydrodynamic systems.- Spoke pattern convection.- Digital particle image velocimetry applied to a natural convective flow.- 2: Transition, Turbulence and Separation.- On singular solutions of the incompressible boundary-layer equation including a point of vanishing skin friction.- Turbulence and rarefied gasdynamics.- Flow attachment at flow separation lines. On uniqueness problems between wall-flows and off-wall flow fields.- Near-wall phenomena in turbulent separated flows.- On the interaction of wave-like disturbances with shocks - two idealizations of the shock/turbulence interaction problem.- Some aspects of a model for coherent structures in turbulent boundary layers.- On the critical condition for wall turbulence generation.- Comparison of flamelet models for premixed turbulent combustion.- Correlations in homogeneous stratified shear turbulence.- Multiplicative models for turbulent energy dissipation.- 3: Transonic Flow.- Near critical transonic nozzle flows with homogeneous condensation.- Normal shock ?-foot topography at turbulent boundary layer.- On the stand-off distance of detached shock waves in internal transonic flows.- Internal flows with multiple sonic points.- The boundary value problem for low aspect ratio, pointed wings at sonic speed Recent developments in theory.- 4: Hypersonic Flow.- Hypervelocity flow over spheres.- Basics of aerothermodynamics.- Hypersonic flow of real gases with relaxation.- 5: Fluid Machinery.- Effect of sickle shaped blades on sound generated by axial flow fans.- Numerical simulation of 3D periodic flow in fluid couplings.- Passive control of shock-boundary layer interaction in transonic axial compressor cascade flow.- 6: Computational Fluid Dynamics.- Numerical simulation of viscous transonic airfoil flows with passive shock control.- Zonal computational method for turbulent plane cascade flow.- Simulations of compressible inviscid flows over stationary and rotating cylinders.- Computation of fictitious gas flow with Euler equations.- Calculation of three-dimensional flows with complex boundaries using a multigrid method.- Computational analysis of viscous hypersonic flow over delta wings.- The computation of transonic airfoil and wing design.- 7: Miscellaneous Problems.- Calculation of the Ranque effect in the vortex tube.- Topology of the flow resulting from vortex breakdown over a delta wing at subsonic speed.- The effect of the thermal conductivity on the propagation of small perturbations in viscous compressible fluid.- Imploding cylindrical temperature pulses in superfluid helium.- Self-similar solutions for two-dimensional slender-channel flows.- Interacting laminar boundary layers of dense gases.- Base pressure of a rotating axially symmetrical body.- A comparison of metastable flows of condensation in Laval nozzles and vaporization in capillary tubes.- Liquid metal magnetohydrodynamics in complex pipe geometries.- Optimum regularity of Navier-Stokes solutions at time t = 0 and applications.- Generalized similarity solutions for 3-D laminar compressible boundary layer flows on swept profiled cylinders.
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