Fourier's Law of Heat Conduction The Convection Equation Thermal Resistance's and their Application Two-dimensional Heat Conduction: An Analytical Example Numerical Methods in Heat Conduction Time Varying Heat Transfer: The Lumped Heat Capacity Method Forced Convection: Standard Heat Transfer Correlation's and their Application Free Convection: Standard Heat Transfer Correlation's and their Applications Thermal Radiation: An Introduction Heat Exchange Design Equations: The Log Mean Temperature Difference Learning Outcomes: Cognitive (Knowledge, Understanding, Application, Analysis, Evaluation, Synthesis) apply the concept of thermal resistances assembled into networks derive solutions to the Laplace conduction equation analyse convection problems using correlated non-dimensional data derive a radiation network and use it to analyse problems of greybody radiation identify appropriate measurement techniques to quantify heat transfer in engineering applications Affective (Attitudes and Values) Co-operate with other students in a group to perform a set of heat exchanger experiments