SES #  TOPICS  KEY DATES 

1 
Introduction and Overview Demonstration of Modes of Heat and Mass Transfer 

2 
Conservation of Energy Heat Diffusion Equation Boundary and Initial Conditions 

3  Steadystate Conduction in Plane Wall and Radial Geometries  
4  Recitation 1  
5  Conduction with Energy Generation  Problem set 1 due 
6  Extended Surfaces  
7  Twodimensional Conduction  
8  Recitation 2  
9 
Transient Conduction Lumped Capacitance Analysis 
Problem set 2 due Begin experiment 1 one day after session 9 
10  Transient Conduction with Spatial Effects  
11  Recitation 3  
12  Semiinfinite Solid  Problem set 3 due 
13  Multidimensional Effects  
14  Introduction to Radiation  Writeup due for conduction experiment 
15  Recitation 4  
16  Radiation Processes  Problem set 4 due 
17  Blackbody Exchange  
18  Recitation 5  
Exam 1  
19  Gray Surfaces  
20 
Introduction to Convection Boundary Layers 

21  Recitation 6  
22 
Boundary Layer Similarity Dimensionless Equations 
Problem set 5 due 
23  External Flow Correlations  
24 
Internal Flow Flow in Tubes 

25  Recitation 7  
26  Convection Correlations  Problem set 6 due 
27  Heat Exchangers (MTD)  
28  Heat Exchangers (NTU)  
29  Recitation 8  
30  Heat Exchangers 
Problem set 7 due Begin experiment 2 one day after session 30 
31  Heat Exchangers (cont.)  
32  Introduction to Mass Transfer  
33  Recitation 9  
Exam 2  
34  Conservation of Species  
35  Steady Diffusion  Writeup due for heat exchanger experiment 
36  Recitation 10  
37  Diffusion with Homogeneous Reaction  Problem set 8 due 
38  Diffusion with Heterogeneous Reaction  
39  Transient Diffusion  
40  Recitation 11  
41  Convective Mass Transfer  Problem set 9 due 
42  Mass Transfer Boundary Layers  
43  Recitation 12  
Exam 3  
44  Interphase Mass Transfer  
45  Simultaneous Heat and Mass Transfer  
46  Recitation 13  
47  Course Evaluations 
Calendar
Course Info
Instructors
Departments
As Taught In
Fall
2004
Level
Learning Resource Types
assignment
Problem Sets
grading
Exams