Printed
Fundamentals of Fluid Mechanics
1 Introduction , 1-46
2 Mechanics of Nonflowing Fluids , 47-110
3 Fundamental Principle & Concepts of Flow Analysis , 111-176
4 The Differential Approach to Flow Analysis , 177-236
5 The Finite Control Volume Approach to Flow Analysis , 237-342
6 Organizing the Experimental Approach to Flow Problems:
Dimensional Analysis , 343-400
7 Applications of Flow Analysis: Steady Incompressible Flow in
Pipes & Ducts , 401-508
8 Applications of Flow Analysis: External Flow , 509-578
9 Applications of Flow Analysis: The Potential Flow & Boundary
Layer Model of a High Reynolds Number Flow Field , 579-666
10 Applications of Flow Analysis: Compressible Flow , 667-758
11 Applications of Flow Analysis: Liquid Flow in Open Channels
, 759-820
APPENDIXES (821-856) :
Appendix A Physical Properties , 821-827
Appendix B Properties of Common Geometric Areas , 828-829
Appendix C Conversion Factors , 830-836
Appendix D Pipe, Tube, & Tubing Dimensions , 837-839
Appendix E Tables of Compressible Flow Functions for Ideal Gas
with k=1.4 , 840-845
Appendix F Fluid Mechanics Films , 846
Appendix G List of Symbols , 847-853
Appendix H Differential Equations in Cylindrical & Spherical
Coordinates , 854-855.
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