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Process Engineering A ([1] Introduction and Fluid Statics (Units (Abs &…
Process Engineering A
[1] Introduction and Fluid Statics
Introduction
Solids and fluids
Forces between atoms
Units
Abs & gauge Pressures
Normal stress & Shear stress
Fluid Viscosity
Fluid Specific Gravity
Fluid Coefficient of Compressibility
Manometers
Inclined Manometer
Surface Tension & Wettability
Contact Angle & Wettability
Capillarity
Hydrostatic Pressure [HP] Theorems
HP Gradient
HP Equality at the same level
[2] FlUID DYNAMICS
Intro
Conservation
Mass
Energy
Bernoulli's equation
Laminar & Turbulent Flow
Flow over a flat plane surface
Transition to turbulent Flow
Pipe Flow
Newton's Law of Viscosity
Fluid Viscosity
Laminar in a pipe
Velocity Profile for laminar Flow
Shear stress Variation across pipe
Volumetric flowrate for laminar
Laminar flow (Frictional pressure loss)
Turbulent in a pipe
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