Fluid Mechanics/
Shlyakhov, Artem
Fluid Mechanics/ Artem Shlyakhov and Marie-Magdeleine - 216 pages : color illustrations ; 25 cm.
Includes bibliographic references and index.
Chapter 1: Introduction To Fluid Mechanics
Unit Introduction
1.1. What Is Fluid?
1.2. Application Areas Of Fluid Mechanics
1.3. The No-slip Condition
1.4. History Of Fluid Mechanics
1.5. Classification Of Fluid Flows
1.6. System And Control Volume
1.7. Importance Of Dimensions And Units
1.8. Dimensional Homogeneity
1.9. Mathematical Modeling Of Engineering Problems
1.10. Engineering Software Packages
Summary
Review Questions
Multiple Choice Questions
References
Chapter 2: Properties Of Fluids
Unit Introduction
2.1. Continuum
2.2. The Density Of Ideal Gases
2.3. Vapor Pressure And Cavitation
This book provides a comprehensive introduction to fluid mechanics, focusing on the fundamental principles and real-world applications of the field. It addresses the complexities and challenges faced by undergraduate students in mastering fluid mechanics, emphasizing the need for a deep understanding and physical intuition. The author, Artem Shlyakhov, a Chartered Mechanical Engineer, aims to bridge the gap between theoretical knowledge and practical application through detailed explanations, visual aids, and examples. The book is designed for students and academics, offering a sequential progression from basic to advanced concepts, and is enriched with high-quality diagrams and illustrations to facilitate learning
9781774697832
Fluid mechanics.
Mechanical engineering--Study and teaching.
Mathematical physics.
QA 911 / S55 2024
Fluid Mechanics/ Artem Shlyakhov and Marie-Magdeleine - 216 pages : color illustrations ; 25 cm.
Includes bibliographic references and index.
Chapter 1: Introduction To Fluid Mechanics
Unit Introduction
1.1. What Is Fluid?
1.2. Application Areas Of Fluid Mechanics
1.3. The No-slip Condition
1.4. History Of Fluid Mechanics
1.5. Classification Of Fluid Flows
1.6. System And Control Volume
1.7. Importance Of Dimensions And Units
1.8. Dimensional Homogeneity
1.9. Mathematical Modeling Of Engineering Problems
1.10. Engineering Software Packages
Summary
Review Questions
Multiple Choice Questions
References
Chapter 2: Properties Of Fluids
Unit Introduction
2.1. Continuum
2.2. The Density Of Ideal Gases
2.3. Vapor Pressure And Cavitation
This book provides a comprehensive introduction to fluid mechanics, focusing on the fundamental principles and real-world applications of the field. It addresses the complexities and challenges faced by undergraduate students in mastering fluid mechanics, emphasizing the need for a deep understanding and physical intuition. The author, Artem Shlyakhov, a Chartered Mechanical Engineer, aims to bridge the gap between theoretical knowledge and practical application through detailed explanations, visual aids, and examples. The book is designed for students and academics, offering a sequential progression from basic to advanced concepts, and is enriched with high-quality diagrams and illustrations to facilitate learning
9781774697832
Fluid mechanics.
Mechanical engineering--Study and teaching.
Mathematical physics.
QA 911 / S55 2024