Week

MW lecture

Module

CM3120 Transport/UO II

1

1

1

Course introduction

1

2

1

Prerequisite review-steady heat xfer and dim analysis

2

Class Cancelled, Martin Luther King Jr. Day

2

EXAM 1

3

3

I

2

(Lec I) Intro to unsteady state heat transfer

3

4

II

2

(Lec II) Unsteady micro-E-balance (Will pipes freeze?)

4

5

III,

2

(LecIII) Unsteady macro-E-Balance

4

6

IV,V

2

(LecIV) Dimensonal Analysis
(LecV) Low Biot number:  lumped parameter method

5

7

VI

2

(LecVI) Short Cut Solutions-Heissler, Gurney Lurie charts

Butter problem

5

8

VII

2

(LecVII) Full analytical solutions

6

9

 I

3

(LecI) Introduction to diffusion/mass transfer

6

3

Class Cancelled Career Fair

7

10

 II

3

(LecII) Classic diffusion/mass transfer:  a)1D evaporation

7

11

III

3

(LecIII) Classic diffusion/mass transfer: b)1D radial diffusion

8

12

 IV

3

(LecIV) Cycle back:  Fick's mass transport law

Derive Fick's law in molar units

8

EXAM 2

Spring Break

Spring Break

9

13

 V

3

(LecV) Microscopic species A mass balance

9

14

 VI

3

(LecVI) Classic diffusion/mass transfer:  c) heterog reaction

10

15

 I

4

(Lec I)Classic diffusion/mass transfer:  d) EMCD

10

16

II

4

(LecII)Classic diffusion/mass transfer: e) penetration model

11

17

 III

4

(LecIII)Unsteady macroscopic species A mass bal: Intro

11

EXAM 3

12

18

IV, finished below

4

(LecIV)Interphase species A mass transfers: to an interface

12

19

 V

4

(LecV)Unsteady macroscopic species A mass bal: Redux

13

20

VIa

4

(LecVI)Interphase species A mass transfers: multiple resist

13

21

 VIb  VIc

4

Lect VI continued

14

22

VII,VIII

4

(LecVII)Dimensional analysis in mass transfer
(LecVIII)Data correlations in mass transfer

14

Exam review

15

FINAL EXAM