MME401Download as PDFHeat TransferEngineering & Engineering TechnologyUndergraduateCollege of Science and EngineeringGeneralPrerequisitesCreditsGoalsLearning OutcomesCourse OutlineDependenciesCourse OutlineConcepts and governing equations of heat transfer. 5% One-dimensional steady-state conduction. 15% Two-dimensional conduction, finite difference, finite element. 10% Transient conduction and numerical methods. 5% Fundamentals of convection and boundary layers. 5% External flow over flat plates. 15% Internal flow, energy balance, and laminar flow in tubes. 10% Free convection, boiling, and condensation. 5% Radiation concepts, black and gray bodies:.10% View factors, radiation heat exchange, multimode heat transfer. 15% Heat exchangers. 5%
Concepts and governing equations of heat transfer. 5% One-dimensional steady-state conduction. 15% Two-dimensional conduction, finite difference, finite element. 10% Transient conduction and numerical methods. 5% Fundamentals of convection and boundary layers. 5% External flow over flat plates. 15% Internal flow, energy balance, and laminar flow in tubes. 10% Free convection, boiling, and condensation. 5% Radiation concepts, black and gray bodies:.10% View factors, radiation heat exchange, multimode heat transfer. 15% Heat exchangers. 5%