Selected Lecture Slides - HTML format

NOTE this page is not updated post 2003

CM3110 Transport Phenomena I

Dr. F. A. Morrison

Momentum Transport:  Fluid Mechanics

Lecture #1:  Introduction to Course  Link to simulation of Newton's Cradle and explanation of the observed outcome

Lecture #2:  Introduction to transport and to momentum transport

Lectures #3+4:  Laminar flow of a Newtonian fluid down an inclined plane.

Lecture #5+6:  Pressure-driven flow in a pipe - Poiseuille Flow

Lecture #7:  Non-Newtonian Fluids; Intro to Microscopic Balances

Lecture #8:  Microscopic Balances:  Continuity Eqn and Eqn of Motion

Lecture #9:  Dimensional Analysis
Here is a link to a historical review of the people behind the dimensionless numbers. accessed Sept 22 2003 FAM
The list of dimensionless numbers that I showed in lecture may be found at this link. accessed Sept 22 2003 FAM

Lecture 10:  Intro to Macroscopic Balances (+ HW review)

Lectures #11+12:  Macroscopic Balances (Mass and Momentum)

Lecture 13:  Macroscopic Balances - Energy and Mechanical Energy

Lecture 14:(should really be after lecture 9) Flow passed immersed bodies, Flow through packed beds, Fluidization

Lecture 15:  Compressible fluid flow; Fans, Blowers, Compressors

Lecture 16:  Agitation and mixing

Lecture #14old:  Mechanical Energy Balance - the Friction Term  This material no longer part of CM3110; it is covered in CM2120 Sept 2003 FAM

Lecture #15old - Centrifugal PumpsThis material no longer part of CM3110; it is covered in CM2120 Sept 2003 FAM

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Heat Transport

Lecture #1: Introduction to Heat Transfer

Lecture #2:  One-Dimensional Heat Conduction

Lecture #3:  One-Dimensional Radial Heat Conduction

Lecture #4: One-Dimensional Radial Heat Conduction/Intro to Overall Heat-Transfer Coefficient

Lecture #5:  Overall Heat-Transfer Coefficient/Double-Pipe Heat Exchanger

Lecture 6:  Midterm Review

Lecture #7:  Log-Mean Temperature Difference used in Double-Pipe Heat Exchangers

Lecture 8:  Heat Transfer with a Source Term

Lecture 9:  Heat Transfer with Convection:  Laminar Flow

Lecture 10:  General Energy Equation/Dimensional Analysis with the Energy Balance

Lecture 11:  Heat-Transfer Coefficient Through Dimensional Analysis/Other Heat Xfer Mechanisms

Lecture 12:  Natural Convection Heat Transfer Example

Lecture 13: Natural Convection Heat Transfer - Non-Dimensionalization

Lecture 14:  Heat Transfer with Phase Change; Introduction to Heat Exchangers
and Heat Exchanger Effectiveness

Lecture 15:  Heat Exchanger Effectiveness (con't); Fouling

Lecture 16:  Evaporators   This material no longer part of CM3110; it is covered in CM2120 Nov 2003 FAM

Lecture 17:  Introduction to Unsteady State Heat Transfer

Lecture 18:  Unsteady State Heat Transfer Continued; Unsteady Macroscopic Balances

Lecture 19:  Heat Transfer through Radiation

Lecture 20:  Heat Transfer through Radiation - Heat Shields