Heat Transfer
- Introduction)
Conduction heat transfer/ Thermal conductivity/ Convection heat transfer/
Radiation heat transfer
- Steady State Conduction in One Dimension)
Plane wall/
Insulation and R value/
Radial systems/
Overall heat transfer coefficient/
Critical thickness of insulation/
Heat source systems/
Cylinder with heat sources/
Conduction-convection systems/
Fins/
Thermal contact resistance/
- Steady State Conduction in Multi Dimensions)
Mathematical analysis of two-dimensional heat conduction/
Graphical analysis/
Conduction shape factor/
Thermal analysis using numerical Method
- Unsteady State Conduction)
Lumped-heat-capacity system/
Transient heat flow in semi-infinite solid/
Convection boundary conditions/
Multidimentional systems/
Transient numerical method/
Thermal resistance and capacity formulation
- Principals of Convection)
Viscous flow/
Inviscid flow/
Laminar boundary layer on a flat plate/
Energy equation of the boundary layer/
Thermal boundary layer/
Relation between fluid friction and heat transfer/
Turbulent boundary-layer heat transfer/
Turbulent boundary layer thickness/
Heat transfer in laminar tube flow/
Turbulent flow in a tube/
Heat transfer in high speed flows
- Empirical and practical relations for convection heat transfer)
Empirical relations for pipe and tube flows/
Flow across cylinders and spheres/
Flow across tube banks/
An introduction to natural convection heat transfer
- Radiation Heat Transfer)
Physical mechanism/
Radiation properties/
Radiation shape factor/
Relations between shape factors/
Heat exchange between non-black bodies/
Infinite parallel surfaces/
Radiation shields/
Solar radiation/
Radiation properties of the environment/
Effect of radiation on temperature measurements/
Radiation heat transfer coefficient