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Fluid Mechanics-Fundamentals & Applications

Click to view -Chapter 04:Fluid Kinematics

Streamlines for 2-D Velocity Field

Click to view -Chapter 04:Fluid Kinematics

Material Acceleration Vectors

Click to view -Chapter 07:Dimensional Analysis and Modeling

Aerodynamic Drag Coefficient as a function of Reynolds Number


Chapters Download Links
Chapter 01:Introduction and Basic Concepts Download
Chapter 02:Properties of Fluids Download
Chapter 03:Pressure and Fluid Statics Download
Chapter 04:Fluid Kinematics Download
Chapter 05:Mass Bernoulli and Energy Equations Download
Chapter 06:Momentum Analysis of Flow systems Download
Chapter 07:Dimensional Analysis and Modeling Download
Chapter 08:Internal Flow Download
Chapter 09:Differential Analysis of Fluid Flow Download
Chapter 10:Approximate Solution of the Navier-Stokes Equation Download
Chapter 11:External Flow: Drag and Lift Download
Chapter 12:Compressible Flow Download
Chapter 13:Open-Channel Flow Download
Chapter 14:Turbomachinery Download

Download Book as Zip
Author:    Yunus A. Cengel & John M Cimbala
Publisher:    McGraw Hill
ISBN:    978-0-07-070034-5
Contributor:    Akshay Patil
Institute/Organization:    Sinhgad Institute Of Science and Technology,Narhe
Department/Designation:    Civil Engineering
Reviewer:    Trupti Kini
GitHub:    Fluid Mechanics-Fundamentals & Applications