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Type(s) de contenu et mode(s) de consultation : Texte noté : électronique

Titre(s) : Chemically reacting flow [Texte électronique] : theory, modeling, and simulation / Robert J. Kee,... Michael E. Coltrin,... Peter Glarborg,... [et al.]

Édition : 2nd ed.

Publication : Hokoben : Wiley, copyright 2018

Description matérielle : 1 online resource

Note(s) : Notes bibliogr. Index
La pagination de l'édition imprimée correspondante est de : XLI, 747 p.


Sujet(s) : Transport, Théorie du  Voir les notices liées en tant que sujet
Fluides, Dynamique des  Voir les notices liées en tant que sujet
Thermodynamique  Voir les notices liées en tant que sujet

Indice(s) Dewey :  660.2 (23e éd.)  Voir les notices liées en tant que sujet


Numéros : ISBN 9781119186281. - ISBN 1119186285. - ISBN 9781119186304. - ISBN 1119186307. - ISBN 1119184878. - ISBN 9781119184874. - ISBN 9781119186298 (erroné). - ISBN 1119186293 (erroné). - ISBN 9781119184874 (erroné)

Notice n° :  FRBNF45368220 (notice reprise d'un réservoir extérieur)



Table des matières : 2.3.1 Viscosity2.3.2 Diffusion Coefficients; 2.3.3 Thermal Conductivity; 2.3.4 Ideal Gases; References; 3 FLUID KINEMATICS; 3.1 Path to Conservation Equations; 3.2 System and Control Volume; 3.2.1 Extensive and Intensive Variables; 3.2.2 Reynolds Transport Theorem; 3.2.3 Substantial Derivative; 3.2.4 Substantial Derivative of a Scalar Field; 3.2.5 Fluid Acceleration, Substantial Derivative of Velocity; 3.3 Stress and Strain Rate; 3.4 Fluid Strain Rate; 3.4.1 The z-r Projection; 3.4.2 The r-[theta] Projection; 3.4.3 The z-[theta] Projection; 3.4.4 Strain-Rate Tensor; 3.5 Vorticity; 3.6 Dilatation.
CHEMICALLY REACTING FLOW; Contents; Preface; Acknowledgments; 1 INTRODUCTION; 1.1 Foregoing Texts; 1.2 Objectives and Approach; 1.3 What is a Fluid?; 1.3.1 Continuum Velocity; 1.3.2 Mean-Free Path; 1.3.3 Range of Scales; 1.4 Chemically Reacting Fluid Flow; 1.5 Physical Chemistry; 1.6 Illustrative Examples; References; 2 FLUID PROPERTIES; 2.1 Equations of State; 2.1.1 Ideal Gas; 2.1.2 Compressibility; 2.1.3 Virial Equation of State; 2.1.4 Cubic Equation of State; 2.1.5 Redlich-Kwong Equation of State; 2.2 Thermodynamics; 2.2.1 Ideal Gas; 2.2.2 Real Gas; 2.3 Transport Properties.
3.7 Stress Tensor3.7.1 Stress Vectors and Tensors; 3.7.2 Differential Cylindrical Element; 3.7.3 Stress-Tensor Symmetry; 3.7.4 Net Force from Stress on Control Surfaces; 3.7.5 Forces on a Differential Element; 3.8 Stokes Postulates; 3.8.1 Static Fluid; 3.8.2 Principal Stress-Strain-Rate Relationships; 3.9 Transformation from Principal Coordinates; 3.9.1 Physically Based Transformation; 3.10 Stokes Hypothesis; 3.11 Summary; 4 CONSERVATION EQUATIONS; 4.1 Mass Continuity; 4.1.1 Stream Function; 4.1.2 Axisymmetric Stream Function; 4.1.3 Polar Stream Function; 4.2 Navier-Stokes Equations.
4.2.1 Constant Viscosity, General Vector Form4.2.2 Cylindrical Coordinates, Constant Viscosity; 4.2.3 Incompressible Flow; 4.2.4 Incompressible, Constant Viscosity; 4.3 Species Diffusion; 4.3.1 Mass and Mole Measures; 4.3.2 Diffusive Mass Flux; 4.3.3 Stefan-Maxwell Equations; 4.4 Species Conservation; 4.4.1 Conservation Law for Individual Species; 4.4.2 Cylindrical Differential Control Volume; 4.4.3 Continuity in Terms of Composition Gradients; 4.4.4 Summation of Species Continuity; 4.5 Conservation of Energy; 4.5.1 Heat-Transfer Rate; 4.5.2 Rate of Work.
4.5.3 Total Energy Equation in Vector Form4.6 Mechanical Energy; 4.7 Thermal Energy; 4.7.1 Dissipation Function; 4.7.2 Thermal Energy Equation; 4.7.3 Ideal Gas; 4.7.4 Cylindrical Coordinates, Ideal Gas; 4.7.5 Incompressible, Single-Component Fluid; 4.8 Ideal Gas and Incompressible Fluid; 4.9 Conservation Equation Summary; 4.9.1 General Vector Form; 4.9.2 Ideal Gas, Cylindrical Coordinates; 4.10 Pressure Filtering; 4.11 Helmholtz Decomposition; 4.12 Potential Flow; 4.13 Vorticity Transport; 4.13.1 Pressure and Vorticity Fields; 4.13.2 Stream Function and Vorticity.

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