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Week
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Topics
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Study Metarials
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1
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Introduction to heat transfer, information about conduction, convection and radiation, the concept of conduction and Fourier Law.
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R1-Chapter 4-Pages 214-218
R3
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2
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Conduction in slab, cylinder and sphere
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R1-Chapter 4-Pages 220-223
R3
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3
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Conduction in the multilayer slab, cylinder and sphere
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R1-Chapter 4-Pages 223-226
R3
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4
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Newton`s Law of Cooling, Combined conduction and convection
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R1-Chapter 4-Pages 227-229
R3
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5
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Calculation of the total heat transfer coefficient, fouling factor
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R1-Chapter 4-Pages 227-229
R3
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6
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Heat exchangers, condenser, double pipe heat exchanger
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R2-Chapter 11-Pages 309-315
R3
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7
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Energy balance, temperature profiles, parallel and counter current flow
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R2Chapter 11-Pages 309-315
R3
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8
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Heat transfer in pipes, dimensionless numbers, empirical equations
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R1-Chapter 4-Pages 236-242
R2-Chapter 12-Pages 337-347
R3
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9
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Heat transfer in pipes, empirical equations (continued)
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R2-Chapter 12-Pages 337-347
R3
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10
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Shell-tube heat exchangers
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R1-Chapter 4-Pages 267-272
R3
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11
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Conduction in unsteady state
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R1-Chapter 4-Pages 229-231
R3
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12
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Critical radius
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R1-Chapter 4-Pages 231-232
R3
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13
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Lumped system, Natural convection
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R1-Chapter 4-Pages- 253-259
R3
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14
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Boiling
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R1-Chapter 4-Pages- 259-262
R3
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