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MEL242 : Heat and Mass Transfer

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Lecture Notes

• Heat and Mass Transfer
• Heat and Mass Transfer : A Natural Engineering
• Modes of Heat and Mass Transfer
• Fourier Law of Conduction
• Convection Heat and Mass Transfer
• Radiation Heat Transfer
• Real Life Heat Transfer Problems : Conjugate Heat Transfer
• Analysis of Heat Conduction
• Equation of Heat Conduction
• Geometrical Variations of Heat Conduction Equation One
• Dimensional Non-Homogeneous Conduction Equation
• Analysis of Slender Fins
• Performance & Optimal Design of Slender Fins
• Slender Fins with Variable Cross-Sectional Area
• Design of Heat Sinks
• Design of Heat Sinks -- II
• One Dimensional Non-Homogeneous Conduction Equation: Heat Generation
• One Dimensional Heat Transfer in Current Carrying Conductors
• Multi Dimensional Steady State Heat Conduction
• Two Dimensional Steady State Heat Conduction
• Industrial Utilization of Isotherms
• UNSTEADY-STATE HEAT CONDUCTION
• Industrial Calculations For Transient Heat Conduction
• Transient Heat Conduction in Large Biot Number Systems
• CONVECTION HEAT TRANSFER
• Theory of Convection Heat Transfer : Newton�s Law & Nusselt�s Technology
• Analysis of Convection Heat Transfer
• Momentum and Thermal Boundary Layers
• Solution of Momentum and Thermal Boundary Layer Equations
• Industrial Utilization of Theory of Thermal Boundary Layers
• Convection in Flow Past Cylinders : Cross Flows
• ANALYSIS OF CONVECTION IN INTERNAL FLOWS
• FREE CONVECTION
• Radiation Heat Transfer
• Radiation Heat Transfer Between Real Surfaces
• Analysis of Radiation
• Geometrical Concepts in Radiation Heat Transfer