Heat Transfer
- Introduction: Basic concepts of thermodynamics and heat transfer, different methods of heat transfer, principle of conservation of energy, first laws of heat transfer, introduction to transfer phenomena, momentum, heat, mass
- Thermal conduction in steady and one-dimensional flow: conduction in simple and compound walls with a specific geometric shape, flat walls, electrical analogy method, cylindrical, spherical, system with heat source, flat and cylindrical walls, systems with conduction and convection, fins
- Conduction in two-dimensional and three-dimensional steady thermal flow: General equation of thermal conduction in Cartesian coordinates, spherical cylinders and its special cases, two-dimensional and three-dimensional thermal conduction in steady flow with methods (analytical, numerical)
- Thermal conduction in transient flow: variable flow in systems with negligible internal resistance, variable flow in one-dimensional and multi-dimensional conduction using various diagrams and also using numerical methods.
- Heat exchangers: Classification of heat exchangers - based on continuity or periodicity of flow, based on transfer phenomenon, based on exchanger structure, based on type of flow - tubular heat exchangers, plate heat exchangers, co-current flow, counter-current flow, cross-flow and thermal analysis of heat exchangers by different methods