An Introduction to Fluid Mechanics and Transport Phenomena

I. Fundamentals

1. Basic Concepts in Fluid Mechanics

2. Elementary Fluid Kinematics

3. Fluid Forces

4. Fluid Statics

II. Conservation Principles

5. Transport Theorems

6. Integral Conservation Principles

7. Constitutive Equations

8. Differential Conservation Principles

III. Dimensional Analysis. Theory and Applications

9. Dimensional Analysis

10. Dimensionless Equations and Numbers

IV. Transport Phenomena at Interfaces

11. Introduction to the Boundary Layer

12. Momentum, Heat and Mass Transport

V. Self Evaluation

13. Self Evaluation Exercises

VI. Appendices

14. Collection of Formulae

15. Classification of Fluid Flow

16. Substance Properties

17. A Brief Introduction to Vectors, Tensors and Differential Operators

18. Useful Tools of Calculus

19. Coordinate Systems

20. Reference Systems

21. Equations of State

22. Multicomponent Reacting Systems

DRM-restrictions

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