This book covers the topic of multiphase flow in detail, providing clear explanations of the physics behind solid particles in fluids. It is illustrated with frequent worked examples and algorithms, enabling the reader to develop the required tools for simulating the flow of fluids with solid particles.
This book covers the topic of multiphase flow in detail, providing clear explanations of the physics behind solid particles in fluids. It is illustrated with frequent worked examples and algorithms, enabling the reader to develop the required tools for simulating the flow of fluids with solid particles.
Pawel Kosinski is Professor of Energy and Process Technology at the University of Bergen, Norway and has taught numerous courses in fluid dynamics, multiphase flows, and process technology. A leading researcher in the field, he has published extensively in leading physics and engineering journals.
Inhaltsangabe
Nomenclature 1. Basic Concepts and Scope of the Book 2. Flow of a Single Particle 3. Introduction to Contact and Impact Mechanics 4. Tangential Contact 5. Adhesion 6. Coefficient of Restitution 7. Heat Conduction Between Particles 8. Hard-Sphere Model 9. Discrete Particle Simulations: A Summary of The Model 10. Multiphase Systems Notes References Index.
Nomenclature 1. Basic Concepts and Scope of the Book 2. Flow of a Single Particle 3. Introduction to Contact and Impact Mechanics 4. Tangential Contact 5. Adhesion 6. Coefficient of Restitution 7. Heat Conduction Between Particles 8. Hard-Sphere Model 9. Discrete Particle Simulations: A Summary of The Model 10. Multiphase Systems Notes References Index.
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