The first volume of Frontiers of Computational Fluid Dynamics was published in 1994 and was dedicated to Prof Antony Jameson. The present volume is dedicated to Prof Earll Murman in appreciation of his original contributions to this field.The book covers the following topics:Transonic and Hypersonic AerodynamicsAlgorithm Developments and Computational TechniquesImpact of High Performance ComputingApplications in Aeronautics and BeyondIndustrial PerspectivesEngineering EducationThe book contains 25 chapters written by leading researchers from academia, government laboratories, and industry.Contents:A Review of the Contributions of Earll Murman to Transonic Flow and Computational Fluid DynamicsOptimal Hypersonic Conical WingsGeometry for Theoretical, Applied, and Educational Fluid DynamicsComputation of an Axisymmetric Nozzle FlowAnalysis and Numerical Simulation of the Superboom ProblemComplex Analysis of Transonic FlowTransonic Small Transverse Perturbation Equation and Its ComputationExcitation of Absolutely Unstable Disturbances in Boundary-Layer FlowsOn Adjoint Equations for Error Analysis and Optimal Grid Adaptation in CFDAdded Dissipation in Flow ComputationsA Four-Operators Conservative Scheme for the Euler EquationsAutoblocking for Wings with Split and Hinged FlapsLocal Preconditioning: Manipulating Mother Nature to Fool Father TimeRelaxation Revisited — A Fresh Look at Multigrid for Steady FlowsAerospace Engineering Simulations on Parallel ComputersOptimizing CFD Codes and Algorithms for Use on Cray ComputersRecent Applications in Aerodynamics with NSMB Structured MultiBlock SolverIncompressible Navier-Stokes Computations in Aerospace Applications and BeyondPros and Cons of Airfoil OptimizationTowards Industrial Strength Navier-Stokes Codes — A RevisitWhat Have We Learned from Computational Fluid Dynamics Research on Train Aerodynamics?On the Pursuit of Value with CFDCFD at a Crossroads: An Industry PerspectiveAerospace Engineering 2000: An Integrated, Hands-On CurriculumComputer-Based Fluid Mechanics TextbookReadership: Students and researchers in computational fluid dynamics.Key Features:Provides a comprehensive and intuitive review of existing bifurcation theoriesNew theories for bifurcations from eigenvalues with even multiplicityGeneral recipes for applications