1 Introduction 1 2 Pressure and Pressure Measurement 2 3 Hydrostatics 13 4 Flow and Flow Measurement 27 5 Momentum of Fluids 40 6 Viscosity 53 7 Real Fluid Flow 59 8 Dimensional Analysis 83 9 Dynamic Similarity 91 10 Turbomachinery 101 11 Centrifugal Pumps 112
Fluid Dynamics an Introduction A THEORY & BASIC CONCEPTS (1-96): 1 Density, Force & Pressure General Learning Objectives: To define density & apply the concepts to problems involving liquids , 1-24 2 The Gas Laws General Learning Objective: To Use the Ideal Gas Laws to Solve Simple Problems , 25-42 3 Measurement of Viscosity General Learning Objectives…
Chapter 1 Vectors, Velocity, & Acceleration , 1-32 Chapter 2 Newton's Laws of Motion. Work, Energy, & Momentum,33-61 Chapter 3 Motion in a Uniform Field. Falling Bodies & Projectiles 62-85 Chapter 4 The Simple Harmonic Oscillator & The Simple Pendulum 86-115 Chapter 5 Central Forces & Planetary Motion , 116-143 Chapter 6 Moving Coordinate Systems , 144-164 …
Chapter 1 Vectors , 1-13 Chapter 2 Operations with Forces , 14-22 Chapter 3 Resultants of Coplanar Force Systems , 23-32 Chapter 4 Resultants of Spatial Force Systems , 33-39 Chapter 5 Equilibrium of Coplanar Force Systems , 40-56 Chapter 6 Trusses & Cables , 57-72 Chapter 7 Equilibrium of Spatial Force Systems , 73-83 Chapter 8 Friction , 84-100 Chapter 9 First Moments…
List of Symbols , xiv 11 Kinematics of Particles , 435-493 12 Kinetics of Particles: Newton's Second Law , 494-540 13 Kinetics of Particles: Energy & Momentum Methods , 541-610 14 Systems of Particles , 611-654 15 Kinematics of Rigid Bodies , 655-728 16 Plane Motion of Rigid Bodies: Forces & Accelerations , 729-778 17 Plane Motion of Rigid Bodies: Energy & Momentum Methods,779-827…