Computational Techniques for Fluid Dynamics

11. Fluid Dynamics: The Governing Equations.- 11.1 Physical Properties of Fluids.- 11.2 Equations of Motion.- 11.3 Incompressible, Inviscid Flow.- 11.4 Incompressible Boundary Layer Flow.- 11.5 Incompressible, Viscous Flow.- 11.6 Compressible Flow.- 11.7 Closure.- 11.8 Problems.- 12. Generalised Curvilinear Coordinates.- 12.1 Transformation Relationships.- 12.2 Evaluation of the Transformation Parameters.- 12.3 Generalised Coordinate Structure of Typical Equations.- 12.4 Numerical Implementation of Generalised Coordinates.- 12.5 Closure.- 12.6 Problems.- 13. Grid Generation.- 13.1 Physical Aspects.- 13.2 Grid Generation by Partial Differential Equation Solution.- 13.3 Grid Generation by Algebraic Mapping.- 13.4 Numerical Implementation of Algebraic Mapping.- 13.5 Closure.- 13.6 Problems.- 14. Inviscid Flow.- 14.1 Panel Method.- 14.2 Supersonic Inviscid Flow.- 14.3 Transonic Inviscid Flow.- 14.4 Closure.- 14.5 Problems.- 15. Boundary Layer Flow.- 15.1 Simple Boundary Layer Flow.- 15.2 Complex Boundary Layer Flow.- 15.3 Dorodnitsyn Boundary Layer Formulation.- 15.4 Three-Dimensional Boundary Layer Flow.- 15.5 Closure.- 15.6 Problems.- 16. Flows Governed by Reduced Navier-Stokes Equations.- 16.1 Introduction.- 16.2 Internal Flow.- 16.3 External Flow.- 16.4 Closure.- 16.5 Problems.- 17. Incompressible Viscous Flow.- 17.1 Primitive Variables: Unsteady Flow.- 17.2 Primitive Variables: Steady Flow.- 17.3 Vorticity, Stream Function Variables.- 17.4 Vorticity Formulations for Three-Dimensional Flows.- 17.5 Closure.- 17.6 Problems.- 18. Compressible Viscous Flow.- 18.1 Physical Simplifications.- 18.2 Explicit Schemes.- 18.3 Implicit Schemes.- 18.4 Generalised Coordinates.- 18.5 Numerical Dissipation.- 18.6 Closure.- 18.7 Problems.- References.- Contens of Computational Techniquesfor Fluid Dynamics 1 Fundamental and General Techniques.