Weeks | Topics |
1 |
Physical origins, units, conduction, convection, radiation,conservation of energy
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2 |
Introduction to conduction,Fourier law, General heat equation, thermophysical properties, boundary and initial conditions
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3 |
1D steady state conduction, plane wall, radial systems, conduction with heat generation
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4 |
Heat transfer from extended surfaces
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5 |
Transient heat conduction, lumped system analysis, approximate solutions
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6 |
Introduction to convection,boundary layers, laminar and turbulent flow, dimensionless numbers
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7 |
External flow, flow over flat plate, cylindir and sphere
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8 |
Internal flow, mean velocity and temperature, fully developed flow,laminar and turbulent flow
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9 |
MIDTERM
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10 |
Natural convection,physical mechanism, natural convection on external surfaces and in enclosures
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11 |
Heat exchangers
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12 |
Fundamentals of radiation, properties and blackbody radiation
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13 |
Radiation properties, Kirchoff law, grey surfaces etc.
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14 |
Radiation between surfaces,and enclosures
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