CM3120: Transport/Unit Operations 2
Spring 2019
Lecture Slides
Instructor: Dr. Faith A. Morrison, Professor of Chemical Engineering
Office: Chemi Sci 304A, 906-487-2050,
Email: fmorriso@mtu.edu
Monday Wednesday Slides |
Videos (recording equpment installed after Spring Break) |
Fridays (project day) |
Week |
Topic |
Slides Lecture 1 |
1 |
Class introduction, why study
mass transfer/Unit ops? |
||
Slides Lecture 2-3 |
1 |
Review of energy balances | ||
MLK
Day |
2 |
Holiday |
||
Exam 1 |
Prerequisite
material Handout for Exam 1 |
|||
Slides Lecture 2-3 |
2 |
Fourier's
law, Newton's law of cooling, microscopic energy balances Typical values of heat transfer coefficient, h |
||
Slides Lecture 4 Hand notes Week 3 |
3 |
Introduction to unsteady state
heat transfer |
||
Wed
cancelled (weather) |
Friday: Using story |
3 |
Two snow/cold days in 2019 (1/30 and 1/31/19) | |
Slides Lecture 5 | 4 |
Dimensional analysis for heat transfer | ||
Slides Lecture 6 Note: in 2019 parts of lecture 7 were given week 4 to prepare for the test. Then lecture 6 was given week 5. Hand notes Week 4 |
4 |
More
complex systems:
Unsteady state heat transfer, analytical solutions and dimensional
analysis Supplement: Will my pipes freeze? (temporarily disabled) The hand notes include a list of common boundary conditions in unsteady state heat transfer. |
||
Exam review;
questions answered. |
5 |
Exam review,
questions answered. |
||
Exam 2 | Material
through lecture 6 and
HW2 Handout for Exam 2 |
|||
Slides Lecture 7-8 (corrected 24April2019--Bi number problem. My apologies. Note: in 2019 parts of lecture 7 were given week 4 to prepare for the test. |
5 |
Unsteady heat transfer -lumped parameter analysis (low Biot number) -no external resistance (high Biot number) |
||
Slides Lecture 7-8 (corrected 24April2019--Bi number problem. My apologies. |
6 |
Unsteady
heat transfer -no dominant physics (intermediate Biot number) |
||
no
class |
6 |
Exam
day off |
||
Slides Diffusion
Lectures 1+2 |
7 |
Intro to Diffusion/Mass Transfer | ||
Hand notes Week 7 (includes example1) |
7 |
1D Steady Diffusion--Quick Start |
||
Slides Diffusion
Lectures 3+4 Hand notes Week 8 (includes example 2) |
8 |
1D
Steady Diffusion--working examples with NA |
||
Slides Diffusion
Lectures 5+6 |
8 |
Cycle
back: Fick's law, reference velocities, four versions of flux |
||
Spring Break |
Panopto
installed in MEEM 403 only over break |
|||
Exam review,
questions answered |
9 |
Exam review, questions answered | ||
Exam
3 |
Material
through week 8, including HW3
|
|||
Slindes Diffusion
Lectures 7+8 Hand notes week 9 (includes examples 3,4) |
Panopto recording 20March2019 | 9 |
Modeling 1D Steady Diffusion
--working examples
with NA
and JA* When to use which flux |
|
Slindes Diffusion
Lecture 7+8 Hand notes Week 10 (includes example 5) |
(forgot to wear mic for first
14.5 minutes)
|
10 |
Modeling
1D steady diffusion Film model and penetration model |
|
no
class |
10 |
Exam
day off |
||
Unit
Operations: Interview Dr. Tim Eisele (11am only; others watch recording) |
Unit
Operations: Interview Dr. Tim Eisele Panopto audio posted here (audio starts at 2:15) Camera footage in Google drive Part 1 Part 2 |
11 |
Unit Operations | |
Slides Diffusion
Lectures 9+10 Hand notes Week 11 (Example 6, ky for film model) |
Panopto recording 3April2019 | 11 |
Intro to mass-transfer coefficients | |
Friday Project
Recap |
11 |
Deadlines
and plans |
||
Slides Diffusion
Lectures 9+10 Hand notes Week 12 (Example 7 unsteady state mass xfer) |
Panopto recording 8April2019 | 12 |
Linear
driving force model versus Fick's law; unsteady state mass transfer |
|
Slides Diffusion Lecture
11-12 Hand notes Week 12b Example 8 (macro species A mass balance, water evaporating) |
Panopto recording 10April2019 | 12 |
Macroscopic
species A mass balance; using linear driving force model Schedule change announced |
|
Diffusion
Lecture 11-12 Hand notes Week 12c Example 9 (macro species A mass balance, dissolving benzoic acid bed) Hand notes Week 12d Example 10 (designing a gas absorber with kya) |
Panopto recording 12April2019 | Lecture
on Friday this week |
12 |
Macroscopic
species A mass balance; using linear driving force model; Design of gas
absorber |
Slides Diffusion
lecture 13-14 |
Panopto recording 15April2019 | 13 |
Dimensional Analysis in mass
transfer; mass transfer coefficients by analogy |
|
Diffusion
lecture 13-14 Handout used in class Hand notes Week 13a Example 11a on heat transfer sphere Hand notes Week 13b Example 11b on mass transfer sphere |
Panopto recording 17April2019 | 13 |
Dimensional Analysis in mass transfer | |
Spot It for
Unit Operations 19April2019 Spot It Results |
(Friday project video discussion) | 13 |
(Friday project video discussion) | |
Slides Diffusion
lecture 15 Hand notes Week 14 h vs U |
Panopto recording 22April2019 | 14 |
Overall
mass transfer coefficients; use in modeling unit operations |
|
Brain
exercise for final (organize part I: unsteady state heat transfer) Hand notes, course organization (Part I) |
Panopto recording 24April2019 | 14 |
Brain exercise for final | |
Optional
class (organize part II: mass transfer) Hand notes, course organization (Part II) |
(audio only starts at
minute11:13)
|
Optional
session on Friday this week |
14 |
(available to discuss final and HWs) |