Uploaded byinigo1968
Lesson 1-short
The document outlines the contents of a course on fluid mechanics. It covers 14 lessons ranging from introductions and fundamentals to specific applications. The first lesson introduces the field of fluid mechanics, provides a brief history of contributions to the subject, and defines fluids and their physical properties.
Lesson 1-short
- 1. FLUID MECHANICS Department ofNuclear Engineering and Fluid Mechanics University College of Engineering University of Basque Country (EHU/UPV) Vitoria-Gasteiz Instructor: Iñigo Errasti Arrieta
- 2. CONTENTS LESSON1. INTRODUCTION LESSON 2. FLUID STATICS LESSON 3. FLUID KINEMATICS LESSON 4. FLUID DYNAMICS LESSON 5. THE ENERGY EQUATION LESSON 6. APPLICATIONS OF BERNOULLI EQUATION LESSON 7. LINEAR MOMENTUM THEOREM LESSON 8. DIMENSIONAL ANALYSIS AND SIMILITUDE LESSON 9. INCOMPRESSIBLE VISCOUS FLOW LESSON 10. ENERGY LOSSES IN PIPES LESSON 11. STEADY-STATE FLOW IN PIPES LESSON 12. TRANSIENT REGIMES IN PIPES LESSON 13. FLOW THROUGH OPEN CHANNELS LESSON 14. PUMPS AND TURBINES
- 3. LESSON 1. INTRODUCTIONTO FLUID MECHANICS 1. Field of application of Fluid Mechanics 2. Brief history of Fluid Mechanics 3. Fluid as a continuum. Fluid definition 4. Dimensions and Units 5. Operators 6. Physical properties of fluids
- 4. 1. Field ofapplication of Fluid Mechanics “Fluid Mechanics”, definition Physical phenomena in nature Engineering Other aspects in common life Main branches: • Statics • Kinematics • Dynamics • Aerodynamics • Computational Fluid Dynamics (CFD)
- 5. 1. Field ofapplication of Fluid Mechanics Weather & climate Vehicles Environment
- 6. 1. Field ofapplication of Fluid Mechanics Physiology and medicine Sports & Recreation
- 7. 2. Brief historyof Fluid Mechanics Archimedes Mariotte, Torricelli, Pascal, Castelli Newton, Bernoulli, Euler, D’Alembert Chezy, Navier, Coriolis, Darcy Pouiseuille, Hagen, Reynolds, Stokes Froude, Francis, Pelton, Herschel Thomson, Kelvin, Rayleigh, Lamb Prandtl, von Karman, Blasius Taylor, Kolmogorov, Nikuradse
- 8. 2. Brief historyof Fluid Mechanics Archimedes Newton Leibniz Bernoulli Euler (287-212 BC) (1642-1727) (1646-1716) (1667-1748) (1707-1783) Navier Stokes Reynolds Prandtl Taylor Kolmogorov (1785-1836) (1819-1903) (1842-1912) (1875-1953) (1886-1975) (1903-1987)
- 9. 3. Fluid asa continuum. Definition of fluid Definition of fluid Comparison to solid States of matter (liquid and gas) Modelling the fluid as a continuum