The structure of turbulent shear flow

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The structure of turbulent shear flow / by A. A. Townsend

版:: 2nd ed
資料種別:: 図書
出版情報:: Cambridge : Cambridge University Press, 1976
形態:: xi, 429 p. ; 22 cm
シリーズ名:: Cambridge monographs on mechanics and applied mathematics <BA00045181>
著者名:: Townsend, A. A. (Albert Alan) <DA02515340>
ISBN:: 9780521207102 [052120710X] (: hbk)
9780521298193 [0521298199] (: pbk)
書誌ID:: BA04580391

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注記:

Bibliography: p. [413]-424
Includes index

主題:

Turbulence

言語:

英語

目次情報:

Preface

The Statistical Description of Turbulent Flow / 1：

Introduction / 1.1：

The development of a theory for turbulent flow / 1.2：

The statistical description of turbulent flow / 1.3：

Notation for turbulent flows / 1.4：

Three-dimensional correlation and spectrum functions / 1.5：

One-dimensional correlation and spectrum functions / 1.6：

Correlations and spectra with time delay / 1.7：

Homogeneity and symmetry of turbulent flows / 1.8：

The Equations of Motion for Turbulent Flow / 2：

Assumption of a continuous fluid / 2.1：

The equations of fluid motion / 2.2：

Approximate forms of the equations of motion / 2.3：

Mean value equations for momentum, energy and heat / 2.4：

Energy dissipation by viscosity / 2.5：

Conductive dissipation of temperature fluctuations / 2.6：

The relation between the pressure and velocity fields / 2.7：

Homogeneous Turbulent Flows / 3：

Eddy interactions in homogeneous turbulence / 3.1：

Experimental approximations to homogeneous turbulence / 3.3：

Isotropic turbulence: general / 3.4：

Reynolds number similarity in isotropic turbulence / 3.5：

Self-preserving development in isotropic turbulence / 3.6：

Space-time correlations in isotropic turbulence / 3.7：

The Taylor approximation of frozen flow / 3.8：

The tendency to isotropy of homogeneous turbulence / 3.9：

Uniform distortion of homogeneous turbulence / 3.10：

Irrotational distortion of grid turbulence / 3.11：

Unidirectional, plane shearing of homogeneous turbulence / 3.12：

Local isotropy and equilibrium of small eddies / 3.13：

Measurement of spectrum and structure functions / 3.14：

Energy transfer in the inertial subrange / 3.15：

The equilibrium spectrum in the viscous subrange / 3.16：

Local isotropy in non-Newtonian fluids / 3.17：

Inhomogeneous Shear Flow / 4：

Large eddies and the main turbulent motion / 4.1：

Structural similarity of the main turbulent motion / 4.2：

Nature of the main turbulent motion / 4.3：

Generation and maintenance of the main motion / 4.4：

Flow inhomogeneity and the large eddies / 4.5：

The dependence of Reynolds stress on mean velocity / 4.6：

Statistical distributions of velocity fluctuations / 4.7：

Turbulent Flow in Pipes and Channels / 5：

Equations of motion for unidirectional mean flow / 5.1：

Reynolds number similarity in pipe and channel flow / 5.3：

Wall similarity in the region of constant stress / 5.4：

Flow over rough walls / 5.5：

Mean flow in the central region / 5.6：

The turbulent motion in constant-stress equilibrium layers / 5.7：

Eddy structure in equilibrium layers / 5.8：

Motion in the viscous layer next the wall / 5.9：

Fluctuations of pressure and shear stress on a wall / 5.10：

The magnitude of the Karman constant / 5.11：

Turbulent flow and flow constants / 5.12：

Similarity flows in channels and pipes of varying widths / 5.13：

Equilibrium layers with variable stress / 5.14：

Equilibrium layers with linear distributions of stress / 5.15：

Equilibrium layers with surface transpiration / 5.16：

Equilibrium layers with variable direction of flow / 5.17：

Free Turbulent Shear flows / 6：

General properties of free turbulence / 6.1：

Equations of motion: the boundary-layer approximation / 6.2：

Integral constraints on free turbulent flows / 6.3：

Self-preserving development of free turbulent flows / 6.4：

The distributions of mean velocity and Reynolds stress / 6.5：

The balance of turbulent kinetic energy / 6.6：

The bounding surface of free turbulent flows / 6.7：

Distributions of turbulent intensity and Reynolds stress / 6.8：

Flow constants for self-preserving jets and wakes / 6.9：

The flow constants of plane mixing layers / 6.10：

The entrainment of ambient fluid / 6.11：

Basic entrainment processes / 6.12：

Entrainment eddies in plane wakes / 6.13：

Mechanism of the entrainment eddies / 6.14：

Control of the entrainment rate / 6.15：

Fluctuations outside the turbulent flow: sound radiation / 6.16：

Irrotational fluctuations in the near field / 6.17：

Development of nearly self-preserving flows / 6.18：

Development of a jet in a moving stream of constant velocity / 6.19：

Boundary Layers and Wall Jets / 7：

Wall layers in general / 7.1：

Self-preserving development of wall layers / 7.2：

General properties of self-preserving wall layers / 7.3：

Flow parameters of self-preserving wall layers / 7.4：

Development of self-preserving wall jets / 7.5：

Development of self-preserving boundary layers / 7.6：

Boundary-layer development with zero wall stress / 7.7：

Wall layers with convergent flow / 7.8：

Almost self-preserving development / 7.9：

Laycrs with nearly uniform velocity in the free stream / 7.10：

Turbulent flow in self-preserving boundary layers / 7.11：

Development of boundary layers in arbitrary external conditions / 7.12：

Boundary-layer development after a sudden change of external conditions / 7.13：

Development in a region of strong adverse pressure gradient / 7.14：

Layer development after a sudden change of roughness / 7.15：

Boundary layers with three-dimensional mean flow / 7.16：

Three-dimensional flow with negligible Reynolds stresses / 7.17：

Homogeneous three-dimensional flow - the Ekman layer / 7.18：

Secondary flow in a boundary layer with a free edge / 7.19：

Lateral variations of stress in boundary layers / 7.20：

Periodic structure of flow near the viscous layer / 7.21：

Turbulent Convection of Heat and Passive Contaminants / 8：

Governing equations and dimensional considerations / 8.1：

Diffusion by continuous movements: effect of molecular diffusive transport / 8.2：

Eulerian description of convective flows: mean value equations and correlation functions / 8.3：

Local forms of the Richardson number / 8.4：

Spectrum functions and local similarity / 8.5：

Scattering of light by density fluctuations in a turbulent flow / 8.6：

Self-preserving development of temperature fields in forced convection flows / 8.7：

Forced convection in wall flows / 8.8：

Rates of heat transfer in forced convection / 8.9：

Convection in a constant-stress layer after an abrupt change in wall flux or temperature / 8.10：

Longitudinal diffusion in pipe flow / 8.11：

Natural convection and energy transfer / 8.12：

Buoyant plumes and thermals / 8.13：

The effect of buoyancy forces on turbulent motion / 8.14：

Horizontal wall layers with heat transport / 8.15：

Nature of turbulence in strongly stable flows / 8.16：

Transient behaviour of boundary layers with heat transfer / 8.17：

Convective turbulence / 8.18：

Heat convection between horizontal, parallel planes / 8.19：

Heat transfer in Benard convection / 8.20：

Similarity and structure of Benard convection / 8.21：

Natural convection in wall layers / 8.22：

Turbulent flow with Curvature of the Mean Velocity Streamlines / 9：

Mean value equations for curved flow: the analogy between the effects of flow curvature and density stratification / 9.1：

Couette flow between rotating cylinders / 9.2：

Flow with the outer cylinder stationary / 9.3：

Turbulent motion with the outer cylinder stationary / 9.4：

Flow with the outer cylinder rotating / 9.5：

References

Index

The equations of motion for turbulent flow

Homogeneous turbulent flows

Inhomogeneous shear flow

Turbulent flow in pipes and channels

Free turbulent shear flows

Boundary layers and wall jets

Turbulent convection of heat and passive contaminants

Turbulent flow with curvature of the mean velocity streamlines

Preface

The Statistical Description of Turbulent Flow / 1：

Introduction / 1.1：

The development of a theory for turbulent flow / 1.2：

The statistical description of turbulent flow / 1.3：

Notation for turbulent flows / 1.4：

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