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Full Description
OpenFOAM software and its growing popularity is attributed to the scope of customization for specific applications and large scale parallel simulations. This open source software is widely used in aerospace community and its popularity is increasing at a rapid pace. Introduction to OpenFOAM for Aeronautical Engineers covers aerospace CFD which includes turbulence modelling, external aerodynamics, compressible flows, sprays and combustion from the OpenFOAM usage perspective. The book provides adequate examples covering most of the aspects of CFD code and enables readers to carry out their own modifications. Additionally, modification of existing solvers and utilities to implement new models as well as tips and tricks related to solvers used in aeronautical applications are included. Lastly, a short introduction to Linux and C++ is provided along with references to other easily available sources.
Introduction to OpenFOAM for Aeronautical Engineers is for aerospace researchers, engineers, students as well as those who have been using commercial CFD packages and want to explore OpenFOAM.
Contents
1 Computational Fluid Dynamics 2 Overview of OpenFOAM 3 Geometry and Mesh Generation 4 Case setup and solution 5 Post-processing 6 Turbulence Modeling 7 Compressible Flows 8 External Aerodynamics 9 Sprays and Combustion 10 Programming and Customization Appendix A Installing OpenFOAM Appendix B Useful Tools Appendix C Linux at a glance Appendix D C++ at a glance
