Chapter 1 Introduction 3 Chapter 2 Pressure Distribution in a Fluid 65 Chapter 3 Integral Relations for a Control Volume 143 Chapter 4 Differential Relations for Fluid Flow 235 Chapter 5 Dimensional Analysis and Similarity 301 Chapter 6 Viscous Flow in Ducts 357 Chapter 7 Flow Past Immersed Bodies 469 Chapter 8 Potential Flow and Computational Fluid Dynamics 541 …
Chapter 1 The Nature of Fluids 1 Chapter 2 Viscosity of Fluids 23 Chapter 3 Pressure Measurement 43 Chapter 4 Forces on Submerged Plane and Curves Areas 75 Chapter 5 Buoyancy and Stability 115 Chapter 6 Flow of Fluids & Bernoulli’s Equation 145 Chapter 7 General Energy Equation 191 Chapter 8 Reynolds Number, Laminar Flow, and Turbulent Flow 219 C…
1 Introduction to Fluid Power , 1-22 2 Physical Properties of Hydraulic Fluids , 23-58 3 Energy & Power in Hydraulic Systems , 59-116 4 Frictional Losses in Hydraulic Pipelines,117-147 5 Hydraulic Pumps , 148-198 6 Hydraulic Cylinders & Cushioning Devices,199-229 7 Hydraulic Motors , 230-260 8 Hydraulic Valves , 261-306 9 Hydraulic Circuit Design & Analysis , 307-352 10…
BAG.II PENERAPAN MEKANIKA FLUIDA (324-526): Dalam bagian Pertama pengertian-pengertian serta persamaan-persamaan dasar telah dikembangkan dan dilukiskan dengan banyak contoh serta penerapan sederhana. Telah disajikan tahanan fluida, analisis dimensional, aliran mampumampat, dan aliran fluida-fluida. Dalam bagian KEDUA dijajagi beberapa medan penerapan mekanika fluida yang penting: …
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…
1 Introduction , 1-46 2 Mechanics of Nonflowing Fluids , 47-110 3 Fundamental Principles & 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…
The Metric (SI) System of Units , ix List of Symbols , xiii List of Abbreviations , xix 1 Properties of Fluids , 1 2 Fluid Statics , 22 3 Kinematics of Fluid Flow , 64 4 Energy Considerations in Steady Flow , 87 5 Basic Hydrodynamics , 128 6 Momentum & Forces in Fluid Flow , 147 7 Similitude & Dimensional Analysis , 185 8 Steady Incompressible Flow in Pressure Condui…
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 …