Theoretical and Applied Compressible Fluid Dynamics

Theoretical and Applied Compressible Fluid Dynamics explains flow phenomena and equations in detail, with reference to a range of industrial applications. With internal flows as the main topic, the physical meanings of compressible flow phenomena are explained, along with basic equations and examples based on real world applications, including ventilation systems, jet engine function and train aerodynamics. . By starting with the basic theory and explaining the key equations with the help of self-study questions, this book makes its subject accessible to novice readers while also providing an invaluable reference for experienced researchers and technicians.

As the growing importance of energy efficient design and the proliferation of compressible fluid dynamics software has made CFD more important in a range of disciplines, this book provides a timely resource on the topics discussed.

• Compares the nature and physics of compressible and incompressible flows
• Uses examples and problems to explain real world applications of compressible flow engineering
• Provides basic equations for compressible flow in every chapter

1. Properties of Compressible Fluid
2. Introduction to Compressible Fluid Dynamics
3. Relations of One-Dimensional Flow
4. One-Dimensional Steady Isentropic Flow
5. Normal Shock Wave
6. One-Dimensional Steady Adiabatic Flow with Friction
7. One-Dimensional Steady Flows in Fluid Devices
8. One-Dimensional Flow with Variable Total Temperature
9. One-Dimensional Wave Dynamics
10. Two-Dimensional Steady Isentropic Flow
11. Oblique Shock Wave
12. Various Shock Tubes

Heuy Dong Kim PhD is a Professor of Mechanical Engineering at Andong National University in the Republic of Korea. He is also Director of the Energy System Technology Research Institute (ESTRI), President of the National Congress on Fluids Engineering, President of the Korean Committee of Theoretical and Applied Mechanics, and a former Editor-in-Chief of the Korea Society of Mechanical Engineers. He has published almost 300 international research papers and 8 textbooks and has 25 patents to his name. His main research interests are compressible flow, and thermal fluid dynamics.