Preface
Chapter 1 : On the Nature of Navier-Stokes Turbulence
Chapter 2 : Mean Velocity and Shear Stress in Two-Dimensional Turbulent Wakes
Chapter 3 : Computation on Separated and Reattached Turbulent Boundary Layers; Part 1 : Development of the Theory
Chapter 4 : Computation on Separated and Reattached Turbulent Boundary Layers; Part 2 : Validation of the Theory
Chapter 5 : A New Stochastic Particle Dispersion Model of a Turbulent Particle-Laden Round Jet
Chapter 6 : Optimal Approach for the Prediction of Critical Flow
Chapter 7 : Characteristics of Flow Fields in Liquid Metal Baths Due to Vertically Injected Gas Jets : A Numerical Study
Chapter 8 : On Some Numerical Methods for Viscous Compressible Flow
Chapter 9 : Grid Generation Techniques with Applications to Fluid Dynamics
Chapter 10 : Approximation of Boundary Value Problems Using Finite Elements
Chapter 11 : Boundary Condition Approximations and Accuracy in Channel Flow Analysis
Chapter 12 : Techniques for Free Boundary Problems
Chapter 13 : On a Coupled System of Hyperbolic Equations Arising in Thermoelasticity
Chapter 14 : Hyperbolic Conservation Laws
Chapter 15 : Invariance Properties of Partial Differential Equations Via Infinitesimal Transformations
Chapter 16 : On the Shooting Method for Boundary Value Problems in Ordinary Differential Equations
Chapter 17 : Some Applications on Hodograph Transformations in Fluid Dynamics
Chapter 18 : Some Applications of Self and Non Self Adjoint Eigenspaces and Simplicity of Eigenvalues to Problems in Chemical Engineering—A Pedagogical Treatment
Chapter 19 : Integrability and Painleve Analysis
Chapter 20 : Order and Disorder in Nonlinear Dynamical Systems
Chapter 21 : Tensor Analysis
Index
