eBook - Pdf
Fluid Dynamics of Particles, Drops, and Bubbles 1st Edition
$94.50 $44.50
Add To Cart
Fluid Dynamics of Particles, Drops, and Bubbles, 1st Edition
Instant eBook Delivery
Experience the convenience of ebooks online with our seamless process. After completing your payment, you will receive an email containing your eBook download link in PDF format. Enjoy immediate access to your eTextbooks or any other eBook, right on your device. Download and start reading anywhere, anytime!
Introduction: A Comprehensive Guide to Multiphase Flow
Fluid Dynamics of Particles, Drops, and Bubbles, 1st Edition by Eric Loth offers a modern and detailed presentation of multiphase flow. This book spans from basic principles to state-of-the-art research, providing an in-depth exploration of fluid dynamics involving bubbles, drops, and solid particles. It integrates detailed theory, experiments, simulations, and models, while also considering recent advances and practical applications in engineering and natural systems.
Key Features
In-Depth Coverage of Multiphase Flow
This book addresses the critical aspects of multiphase flow, including particle size distributions, shapes, and trajectories. It also explores the deformation of fluid particles, numerical methods for multiphase flow, and the coupling physics between particles and turbulence.
Comprehensive and Practical Approach
The eight course-based chapters are filled with over 100 homework problems, blending theory with engineering applications. The final three reference-based chapters provide an extensive overview of particle point-force theories and models, making this book an invaluable resource for both students and professionals.
Ideal for Advanced Learning and Research
Whether you’re a graduate student, researcher, or professional in the field of fluid dynamics, this book offers the grounding needed for conducting cutting-edge multiphase flow research and design. Its comprehensive coverage ensures that you are well-prepared to tackle both current and future challenges in fluid dynamics.
Table of Contents (Shortened)
- Introduction to Multiphase Flow
- Basic Principles and Definitions
- Importance in Engineering and Natural Systems
- Dynamics of Bubbles, Drops, and Particles
- Fluid-Particle Interactions
- Shape and Deformation Analysis
- Numerical Methods for Multiphase Flow
- Computational Fluid Dynamics Techniques
- Simulation Models
- Particle Size Distributions and Trajectories
- Impact on Fluid Dynamics
- Experimental and Theoretical Approaches
- Gravitational Settling and Collisions
- Solid Particles in Fluid Flows
- Settling Velocities and Collision Dynamics
- Coupling Between Particles and Turbulence
- Dispersion and Modulation in Turbulent Flows
- Advanced Theoretical Models
- Applications in Engineering
- Real-World Engineering Challenges
- Case Studies and Practical Solutions
- Advanced Theories and Models
- Point-Force Theories
- Comprehensive Reference for Researchers
What Does “R Out” Equal in Fluid Dynamics?
In fluid dynamics, “R out” typically refers to a radial distance or radius from a point of reference, particularly in cylindrical or spherical coordinate systems. It is used to describe the distance from the center of a circular or spherical system to a point of interest. This term is essential in calculations involving rotational or radial symmetry in fluid flow, especially when determining the behavior of particles, drops, or bubbles within a fluid.
Product Details
- Publisher: Cambridge University Press
- Published: August 2023
- Copyright: 2023
- Imprint: Cambridge University Press
- Language: English
- Format: Hardcover, 574 pages
- ISBN-13: 9781009365406
