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Homework
1
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mass balance, fluid statics,
stress, mechanical energy balance
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Homework
2
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shell balances (microscopic
control volume balances)
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Homework
3
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Hagen-Poiseuille, microscopic
momentum balance, non-Newtonian flow, Re
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Homework
4
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macroscopic momentum;
noncircular conduits, practical issues
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Homework
5
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drag coef, packed beds,
fluidized beds, compressible flow
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Homework
6
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heat transfer basics,
insulation, thermal conductivity
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Homework
7
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overall heat transfer
coefficient, h from correlations
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Homework
8
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h from correlations
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Homework
9
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heat exchangers, heat exchanger
effectiveness
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Homework
10
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unsteady state heat transfer,
radiation
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Extra
Credit: up to 5 points on your overall grade for the course
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Email
describing assignment 2009
Assignment
memo 2009 posted 11
Nov 2009
Part
1: Comsol
Instructions for Flow
Between Parallel Plates
Part 2:
Flow in a Diverging Channel
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