<i>Analytical Fluid Dynamics</i>

Abstract

BASIC CONCEPTS Background Discussion The Conservation Equations Classical Thermodynamics Kinematics ADVANCED GAS DYNAMICS Euler Equations Shock Wave Dynamics The Hodograph Transformation and Limit Lines The Substitution Principle Calorically Imperfect Flows Sweep Interaction of an Expansion Wave with a Shock Wave Unsteady, One-Dimensional Flow VISCOUS/INVISCID DYNAMICS Coordinate Systems and Related Topics Force and Moment Analysis EXACT SOLUTIONS FOR A VISCOUS FLOW Rayleigh Flow Couette Flow Stagnation Point Flow LAMINAR BOUNDARY-LAYER THEORY FOR STEADY TWO-DIMENSIONAL OR AXISYMMETRIC FLOW Incompressible Flow over a Flat Plate Large Reynolds Number Flow Incompressible Boundary-Layer Theory Compressible Boundary-Layer Theory Supersonic Boundary-Layer Examples Second-Order Boundary-Layer Theory APPENDICES Summary of Equations from Vector and Tensor Analysis Jacobian Theory Oblique Shock Wave Angle Conditions on the Downstream Side of a Steady Shock Wave in a Two-Dimensional or Axisymmetric Flow of a Perfect Gas Method of Characteristic for a Single, First-Order PDE Tangential Derivatives on the Downstream Side of a Shock in the x1 and x2 Directions Conservation and Vector Equations in Orthogonal Curvilineas Coordinates xi Conservation Equations in Body-Oriented Coordinates Summary of Compressible, Similar Boundary-Layer Equations Second-Order Boundary-Layer Equations for Supersonic, Rotational Flow over a Flat Plate