Table of Contents

1. An overview of numerical simulation; 2. The reactive flow modeling program; 3. Models and simulation; 4. Some general numerical considerations; 5. Ordinary differential equations: reaction mechanisms and other local phenomena; 6. Representations, resolution, and grids; 7. Diffusive transport processes; 8. Computational fluid dynamics: continuity equations; 9. Computational fluid dynamics: using more flow physics; 10. Boundaries, interfaces, and implicit algorithms; 11. Coupling models of reactive flow processes; 12. Turbulence and reactive flows; 13. Radiation transport and reactive flows.

Promotional Information

Takes account of the greatly increased capacity in computer technology for solving complex reactive flow problems.

Reviews

'I find this book a very useful reference since it is written by people with first hand experience in 'dirty computation', who can appreciate the practical problems a numerical modeller may face ... It should serve as an excellent reference book for postgraduate students and researchers in engineering and physics, in particular, those involved in code development for flow modelling, non-reactive and reactive alike.' Aeronautical Journal