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- Conduction & Radiation
Curriculum
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- 46 Lessons
- 10 Weeks
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- Conduction & Radiation46
- 2.1Importance of Thermal Radiation
- 2.2Blackbody Definition
- 2.3Solid Angle, Spectral Radiation Intensity
- 2.4Radiation Pressure & Radiation Energy Density
- 2.5Relationship Between “I” & “T” & Candidate Blackbody Distribution Functions Part 1
- 2.6Candidate Blackbody Distribution Functions Part 2
- 2.7Planck’s Blackbody Radiation Distribution Function
- 2.8Planck’s Distribution & Wien’s Displacement Law
- 2.9Universal Blackbody Function
- 2.10Emissivity Part 1
- 2.11Emissivity Part 2
- 2.12Emissivity Part 3
- 2.13Kirchoff Law, Absorptivity Part 1
- 2.14Kirchoff Law, Absorptivity Part 2
- 2.15Problems on Emissivity, Absorptivity
- 2.16Reflectivity
- 2.17Transmissivity
- 2.18Problems on Reflectivity & Transmissivity
- 2.19Radiation Heat Transfer Between Surfaces
- 2.20View Factor Part 1
- 2.21View Factor Part 2
- 2.22View Factor Part 3
- 2.23Enclosure Analysis Part 1
- 2.24Enclosure Analysis Part 2
- 2.25Enclosure Analysis- Gray Surface
- 2.26Enclosure Analysis- Non-Gray Surfaces
- 2.27Radiation in Participating Media
- 2.28Solution to The RTE
- 2.29Concept of Mean Beam Length
- 2.30Enclosure Analysis in the Presence of Absorbing/ Emitting Gas
- 2.31Emissivities & Absorptivities of Gas Mixtures
- 2.32Conduction- Introduction
- 2.33Conduction- Energy Equation
- 2.34Conduction- 1D, Steady State
- 2.35Conduction- 1D, Heat Generation
- 2.36Fin Heat Transfer Part 1
- 2.37Fin Heat Transfer Part 2
- 2.38Conduction- Cylindrical & Spherical Geometries
- 2.39Transient Conduction Part 1
- 2.40Transient Conduction Part 2
- 2.41Two Dimensional Steady State Conduction
- 2.42Analytical Solution for Laplace Equation
- 2.43Numerical Methods in Conduction Part 1
- 2.44Numerical Methods in Conduction Part 2
- 2.45Conduction with Change of Phase Part 1
- 2.46Conduction with Change of Phase Part 2