Transport Processes

Calendar

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	Steady-state Conduction in Plane Wall and Radial Geometries
4	Recitation 1
5	Conduction with Energy Generation	Problem set 1 due
6	Extended Surfaces
7	Two-dimensional 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	Semi-infinite Solid	Problem set 3 due
13	Multi-dimensional Effects
14	Introduction to Radiation	Write-up 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	Write-up 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