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Mechanical Engineering
Second Level Course in Heat Transfer (Web)
Syllabus
Co-ordinated by :
IIT Bombay
Available from :
2014-01-10
Lec :
1
Modules / Lectures
Module 1: Conduction
Lecture 1 : Introduction and Heat Diffusion Equation
Lecture 2 : Solution of Heat Diffusion Equation
Lecture 3 : Conduction with heat generation(contd.). Fins and Fin optimization
Lecture 4 : Fin Optimization(contd.). Underground Electric cable problem
Lecture 5 : 1D conduction example problems. 2D conduction
Lecture 6 : 2D conduction(contd.). 1D unsteady conduction
Lecture 7 : 1D unsteady conduction(contd.)
Lecture 8 : Superposition in Conduction
Lecture 9 : Duhamel’s theorem(contd.) Solids in motion
Module 2: Convection
Lecture 10 : Derivation of conservation of mass and momentum equations
Lecture 11 : Derivation of conservation of momentum(contd.)
Lecture 12 : Derivation of conservation of energy
Lecture 13 : Derivation of conservation of energy(contd.)
Lecture 14 : Use of conservation equations
Lecture 14a : Illustrative examples
Lecture 15 : Pipe flow- Simplification of energy equation
Lecture 16 : Fully Developed Pipe flow with Constant Wall temperature and Heat Flux
Lecture 17 : Developed velocity and Developing temperature in Pipe flow with Constant Wall temperature and Heat Flux
Lecture 18 : Developed velocity and Developing temperature in Pipe flow with Constant Wall temperature
Lecture 19 : Heat Transfer Enhancement Evaluation in Roughened Tubes
Lecture 20: Heat Transfer Enhancement Evaluation in Roughened Heat Exchanger Tubes
Lecture 20a : Illustrative examples
Lecture 21 : Introductory Turbulent Flows
Lecture 22 : Rough Surface Turbulent Flows
Lecture 23 : Momentum Boundary Layer Equations
Lecture 24 : Thermal Boundary Layer Equations
Lecture 25 : Integral Boundary Layer Equations
Lecture 25a : Illustrative examples
Module 3: Radiation
Lecture 26 : Introduction to Radiation
Lecture 27 : One Dimensional Radiation Calculations
Lecture 28 : Radiative Transport Equation
Lecture 29 : Discrete Ordinates Methodology
Lecture 30 : Discrete Ordinates Methodology(Contd.)
Lecture 31 : Example Problems in Radiation
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