PCH201 TRANSPORT PHENOMENA |
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|
L |
T |
P |
Cr |
|
3 |
1 |
0 |
3.5 |
Course Objective:
To
be able to analyze various
transport processes with understanding of solution
approximation methods and their limitations.
Introduction: Basic concepts of
transport phenomena, Newtonian and non-Newtonian fluids, Basic laws of
momentum, energy and mass transport, Laminar and turbulent flow, Equation of continuity.
Momentum Transport: Shell momentum
balance, Equations of motion, Navier’s-Stokes
equation, Velocity distributions with one and more than one independent
variable, Time dependent flow, Velocity distributions in turbulent flow,
viscous flow, Flow past immersed bodies, Boundary layer theory, Lubrication
theory, Turbulent flow, Fluctuations and time smoothed equations for velocity,
Time smoothed equation of change, Turbulent flow in ducts, Equation of energy,
Equation of continuity, Reynolds stress, Inter-phase transport, Friction factor
for flow in tube, around sphere and for packed columns, Polymeric liquids.
Energy Transport: The equation of change of non-isothermal system,
Temperature distribution for more than one variable, Temperature distribution
in turbulent flow, Inter-phase transport in non-isothermal system, Energy
transport by radiation.
Mass Transfer: Equations of change for multi-component systems,
Concentration distributions with more than one independent variable,
Concentration distributions in turbulent flow, Inter-phase transport in
non-isothermal mixtures.
Recommended Books: