Lectures for CBE20255 — Introduction to chemical engineering analysis


Lectures

1/16/19— Course Overview and some motivation for the subject

1/18/19 — Additional Introductory and motivating material

1/21/19 — Scaling of variables and the importance of dimensions for variables

1/23/19 — Formal approach to engineering problem solving, formulation of a general conservation equation.

1/25/19 — Continued derivation of conservation of mass equation and example of use.

1/28/19 — Draining a tank and the need for  constitutive equations

1/30/19 — Some mathematical “what ifs” for a draining tank, the normal case and some help from Wolfram Alpha

2/1/19 —  Derivation and use of general single component mass balance for non-reacting systems

2/4/19 — Steady state and transient analysis for a stirred tank with inflow and outflow

2/6/19 — Steady state dilution and room ventilation examples

2/8/19 — Test 1 review: Overall and component mass balances and associated problems.

2/15/19 — Multistage_separations:_membrane dialysis

2/18/19 — Continuous multistage separations

2/20/19 — Results of mass balance analysis of dialysis/Optimal design

2/22/19 — Optimal design/Cross and countercurrent staging

2/25/19 — Introduction to chemically reacting systems

2/27/19 — Mass balance analysis of chemical reactor

3/1/19 — Review of chemical kinetics

3/4/19 — Analysis of CFSTR

3/6/19 — Analysis of CFSTR_ Comparison with batch reactor

3/18/19 — Test 2 review: Staged separations and chemical reactors

3/25/19 — Utility of dimensional reasoning and quantitative comparison

3/27/19 — Reversible chemical reactions

3/29/19 — Reprise of optimization: tradeoff between number of stages and higher internal flows

4/1/19 — Formulation of mass transfer between two immiscible phases

4/3/19 — Analysis of multiphase mass transfer

4/5/19 — Introduction to energy balance formulation

4/8/19 — Derivation of energy conservation equation

4/10/19 — Physical properties and other information necessary to use energy balance.

4/12/19 — Heat capacity, enthalpy and some example problems.

4/15/19 — Examples:  Space heater, plate heat exchanger, “How to make cold”

4/17/19 — Analysis of refrigeration cycle including different fluids

4/24/19 — Continuation of refrigeration cycle including different fluids

4/29/19 — A piston, “Creature problems”

5/1/19 — Analysis of a sauropod 

5/2/19 — Final exam review

“My favorite chemical engineering things”





























© Mark J. McCready 2023