1. ME Curriculum

3. Thermal Systems  Thermodynamics  Thermo (heat) & dynamics (force and motions  work): the science that deals with heat, work, and conversion of different forms of energy.  Heat Transfer  The process of the transfer of thermal energy by means of conduction, convection, and radiation  Fluid Mechanics  Study of the mechanics of fluids, in motion (fluid dynamics) or at rest (statics)

4. Thermal System Examples  Power plants: coal-fired, natural gas, nuclear, other alternative energy systems  Engines: internal combustion, jet propulsion  Appliances: refrigeration, A/C,  Manufacturing systems: metal/plastic forming, resin injection and other materials processing  Advanced technology: computer, fuel cells,  Biological systems: human body, cells,  Ecosystem: ocean, atmosphere, environment

5. Integrated Thermal/Fluid Course Description  Integrate traditional subjects of Thermodynamics, Heat Transfer and Fluid Mechanics into one coherent two-semester course sequence  Place emphasis on the connection between different interdisciplinary subjects  Conduct three one-hour lectures plus one three-hour lab/workshop session  Use real-world case studies throughout the class

6. Sample integrated thermal & Fluids concepts

7. Sample case studies used in class