Description
**Revised Book Description:**
Immerse yourself in the intricacies of fluid dynamics with this expertly crafted book, authored by a globally esteemed figure in the realm of fluid mechanics. This comprehensive text delivers a succinct yet profound exploration of classical fluid mechanics alongside its contemporary advancements. Though it is primarily tailored for first- and second-year graduate students at American universities, the material is quite accessible, making it beneficial for advanced undergraduates as well. This resource is particularly valuable for students delving into physics and meteorology, as well as professionals in engineering disciplines.
**Overview of Contents**
The book is thoughtfully divided into several key chapters that systematically cover essential topics in fluid mechanics:
1. **Fundamentals** – A grounding in the core principles of fluid dynamics.
2. **Basic Equations** – Explore fundamental equations that govern fluid behavior.
3. **General Theorems for the Flow of an Inviscid Fluid** – Investigate the properties relating to ideal fluids.
4. **Irrotational Flows of an Inviscid Fluid of Constant Density** – Delve into the nature of streamline patterns in inviscid fluids.
5. **Waves in an Incompressible Fluid** – Understand the formation and characteristics of waves in fluid systems.
6. **The Dynamics of Inviscid Compressible Fluids** – Review the behavior of compressible fluids devoid of viscosity.
7. **Effects of Viscosity** – Analyze the impact of viscosity on fluid movement and behavior.
8. **Heat Transfer and Boundary Layers of a Gas** – Learn about thermal dynamics and the complexities of gas boundary layers.
9. **Hydrodynamic Stability** – Investigate stability considerations within fluid systems.
10. **Turbulence** – Gain insights into the chaotic flow regimes that turbulence introduces.
**Appendices:**
1. **Basic Thermodynamics** – Gain foundational knowledge vital for understanding energy transfer.
2. **Curvilinear Coordinates** – Explore the math behind coordinate systems in fluid flow applications.
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About the Author
**
Chia-Shun Yih (1918 – 1997), a prominent scholar born in Kweiyang, China, held the position of Stephen P. Timoshenko Distinguished University Professor Emeritus at the University of Michigan. Renowned for his ability to inspire and engage students, Yih’s teaching legacy continues to resonate through those he influenced with his infectious passion for fluid mechanics.
His academic contributions are impressive, comprising over 100 scientific papers and two notable books: *Fluid Mechanics: a Concise Introduction to the Theory and Dynamics of Nonhomogeneous Fluids,* which underwent a revision and was subsequently titled *Stratified Flows.*
His extensive accolades include prestigious awards such as the Guggenheim Fellowship, Alexander von Humboldt Senior Scientist Award (Germany), Theodore von Karman Medal from the American Society of Civil Engineers, Henry Russel Lectureship from the University of Michigan, Stephan S. Attwood Award (University of Michigan), Fluid Dynamics Prize from the American Physical Society, and the Otto Laporte Award (APS).
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**ISBNs:**
0-7923-9528-4
978-07923-9528-9
This book stands as an essential resource for anyone looking to deepen their understanding of fluid mechanics, merging academic rigor with accessibility in a manner rare in textbooks today.
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