Barriers and Challenges in Computational Fluid Dynamics

I: Accuracy.- Progress in Applied Numerical Analysis for Computational Fluid Dynamics.- Examples of Error Propagation from Discontinuities.- Accurate Finite Difference Algorithms.- Computational Considerations for the Simulation of Discontinuous Flows.- Space-Time Methods for Hyperbolic Conservation Laws.- II: Boundary Conditions and Stiffness Issues.- Anisotropic Mesh Adaptation: A Step Towards a Mesh-Independent and User-Independent CFD.- Artificial Boundary Conditions for Infinite-Domain Problems.- Issues and Strategies for Hyperbolic Problems with Stiff Source Terms.- III: Discontinuities.- Numerical Methods for a One-Dimensional Interface Separating Compressible and Incompressible Flows.- On Some Outstanding Issues in CFD (1996).- Accurate and Robust Methods for Variable Density Incompressible Flows with Discontinuities.- A Variational Approach to Deriving Smeared-Interface Surface Tension Models.- IV: Other Applications.- Compounded of Many Simples: Reflections on the Role of Model Problems in CFD.- A Unified CFD-Based Approach to a Variety of Problems in Computational Physics.- Second Order Godunov Schemes for 2D and 3D MHD Equations and Divergence-Free Condition.- On Multidimensional Positively Conservative High-Resolution Schemes.- A New Scheme for the Solutions of Multidimensional MHD Equations.- V: Convergence.- Local Preconditioning: Who Needs It?.- The Quest for Diagonalization of Differential Systems.- Multidimensional Upwinding: Unfolding the Mystery.- List of Attendees.