ROSE-HULMAN INSTITUTE OF TECHNOLOGY
ME 302 Heat Transfer --- Fall 2012--2013
|
Class |
Date |
Day |
Topics |
HW Set Due |
|
Lecture 1 |
8-30 |
R |
Review of conservation principles, heat transfer
versus thermodynamics, heat versus work |
|
|
Lecture 2 |
8-31 |
F |
Survey of various modes of heat transfer, survey of
solution strategy in various modes |
|
|
Lecture 3 |
9-3 |
M |
Conduction - the heat equation with generation |
|
|
Lecture 4 |
9-4 |
T |
Conduction - effect of boundary conditions &
initial condition (on transient problems) |
Set
1, 2 |
|
Lecture 5 |
9-6 |
R |
Conduction - one-dimensional, steady-state problems
in Cartesian/cylindrical coordinates, thermal resistance analogy |
|
|
Lecture 6 |
9-7 |
F |
Conduction - contact resistance, critical thickness |
Set 3, 4 |
|
Lecture 7 |
9-10 |
M |
Conduction - extended surfaces (governing equation, boundary
conditions, solutions) |
|
|
Lecture 8 |
9-11 |
T |
Conduction - measure of fin
performance |
Set
5, 6 |
|
Lecture 9 |
9-13 |
R |
Conduction - lumped capacitance method |
|
|
Lecture 10 |
9-14 |
F |
Conduction - one-dimensional, transient problems
(analytical solution) |
Set 7, 8 |
|
Lecture 11 |
9-17 |
M |
Conduction - one-dimensional, transient problems (numerical solution) |
|
|
Lecture 12 |
9-18 |
T |
Review of conduction |
Set 9, 10 |
|
Lecture 13 |
9-20 |
R |
Exam
1 (Lecture 1 - 11) |
|
|
Lecture 14 |
9-21 |
F |
Convection - fundamental physics, laminar versus
turbulent boundary layers, coupling between momentum & energy equations |
Set 11 |
|
Lecture 15 |
9-24 |
M |
Forced convection over flat plate (analytical solution) |
|
|
Lecture 16 |
9-25 |
T |
Effect
of turbulence, foundation of empirical approach - dimensional analysis |
Set 14 |
|
Lecture 17 |
9-27 |
R |
Forced convection over cylinder in crossflow, phenomenon of flow separation |
|
|
Lecture 18 |
9-28 |
F |
Forced convection over sphere, tube bank |
Set
15, 16 |
|
Lecture 19 |
10-1 |
M |
Forced convection in circular tube - entrance region
versus fully developed region |
|
|
Lecture 20 |
10-2 |
T |
Natural
convection over vertical plate, horizontal plate |
Set 17, 18 |
|
Lecture 21 |
10-4 |
R |
Natural convection over
inclined plate, cylinder, sphere |
|
|
Lecture
22 |
10-5 |
F |
Natural convection in internal flow |
Set 19, 20 |
|
Lecture 23 |
10-8 |
M |
Review of convection |
Set 21, 22 |
|
Lecture 24 |
10-9 |
T |
Exam 2 (Lecture 14 - 23) |
|
|
Fall
Break |
||||
|
Lecture 25 |
10-15 |
M |
Combined forced and natural
convection |
|
|
Lecture 26 |
10-16 |
T |
Radiation - blackbody case |
|
|
Lecture
27 |
10-18 |
R |
Radiation - intensity for
gray and diffuse surface |
|
|
Lecture 28 |
10-19 |
F |
Radiation - spectral &
directional dependence |
Set 25, 26 |
|
Lecture 29 |
10-22 |
M |
Radiation - radiative properties: absorption, reflection,
transmission |
|
|
Lecture 30 |
10-23 |
T |
Radiation - atmospheric
& solar radiation |
Set 27, 28 |
|
Lecture
31 |
10-25 |
R |
Radiation - view factor
relations |
|
|
Lecture 32 |
10-26 |
F |
Radiation - blackbody exchange, space resistance |
Set 29, 30 |
|
Lecture 33 |
10-29 |
M |
Radiation - gray surface
exchange |
|
|
Lecture 34 |
10-30 |
T |
Radiation - enclosure and
shield |
|
|
Lecture
35 |
11-1 |
R |
Review of radiation |
|
|
Lecture 36 |
11-2 |
F |
Exam
3 (Lecture 25 - 35) |
Set 31, 32 |
|
Lecture 37 |
11-5 |
M |
Heat exchangers - types & classification |
|
|
Lecture 38 |
11-6 |
T |
Heat exchangers - overall heat transfer coefficient |
Set 35, 36 |
|
Lecture
39 |
11-7 |
R |
Heat exchangers - LMTD
method |
|
|
Lecture 40 |
11-8 |
F |
Heat exchangers - e-NTU method |
|
|
Final |
TBD |
|
|
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