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325.
Heat Transfer. Conduction,
convection, and radiation as different modes of heat transfer. Steady and
unsteady states. Combined effects. Applications. Three
lectures.(3 credits)
Prerequisites: ENGS 205
and ENGS 303
Course
Objectives:
The
student will be able to:
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Understand the principle modes of heat transfer (conduction,
convection, and radiation) and applications of these modes to a broad
range of practical problems.
-
Identify pertinent dependent and independent variables in a
given problem, perform engineering analysis and develop appropriate
expressions (mathematical models).
-
Create numerical models (finite difference) and
utilize computers
for solution of their problems.
Course
Syllabus:
Textbook:
Fundamental
of Heat and Mass Transfer, by F. Incropera and D. DeWitt, 5th
edition (John Wiley and Sons)
Topics:
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Application of conservation of energy principle for a control
volume (mathematical modeling of a heat transfer problem)
-
Conduction heat transfer; one- and two-dimensional, steady and
unsteady states
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Convection heat transfer; free and forced convection, internal and
external flows
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Finite difference application to steady and unsteady state
conduction problems
-
Radiation heat transfer; processes
and properties, black body radiation, view factors relations, radiation exchange
between surfaces
ABET
category content as estimated by faculty member who prepared this course
description:
Engineering
Science: 3 credits (100%)
Prepared
by: Dr. Bahman
Litkouhi Date: March, 2002
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