Advanced Thermofluids: Heat Transfer in Advanced Energy Systems
( 30 Modules )

Module #1
Introduction to Advanced Energy Systems
Overview of advanced energy systems, importance of heat transfer, and course objectives

Module #2
Review of Fundamental Heat Transfer Concepts
Review of Fouriers law, Newtons law of cooling, and Stefan-Boltzmann law

Module #3
Heat Transfer Modes in Advanced Energy Systems
Conduction, convection, and radiation heat transfer in advanced energy systems

Module #4
Nuclear Reactor Heat Transfer
Heat transfer in nuclear reactors, including fuel rods and cooling systems

Module #5
Heat Transfer in Fuel Cells
Heat transfer in fuel cells, including proton exchange membrane fuel cells

Module #6
Thermofluids in Concentrated Solar Power Systems
Heat transfer and fluid flow in concentrated solar power systems

Module #7
Heat Transfer in Advanced Power Cycles
Heat transfer in supercritical carbon dioxide power cycles and other advanced power cycles

Module #8
Microscale Heat Transfer
Heat transfer at the microscale, including heat transfer in microchannels and minichannels

Module #9
Nanoscale Heat Transfer
Heat transfer at the nanoscale, including heat transfer in nanoparticles and nanofluids

Module #10
Heat Transfer Enhancement Techniques
Techniques for enhancing heat transfer, including extended surfaces, rough surfaces, and vortex generators

Module #11
Heat Exchanger Design and Optimization
Design and optimization of heat exchangers for advanced energy systems

Module #12
Computational Fluid Dynamics for Heat Transfer
Introduction to computational fluid dynamics (CFD) for heat transfer analysis

Module #13
CFD for Heat Transfer in Complex Geometries
CFD for heat transfer in complex geometries, including turbulent flow and multiphase flow

Module #14
Experimental Methods for Heat Transfer
Experimental methods for measuring heat transfer, including thermocouples, thermistors, and heat flux sensors

Module #15
Uncertainty Analysis for Heat Transfer Measurements
Uncertainty analysis for heat transfer measurements, including propagation of errors

Module #16
Heat Transfer in Advanced Thermal Energy Storage Systems
Heat transfer in advanced thermal energy storage systems, including phase change materials and molten salt systems

Module #17
Heat Transfer in Advanced Cooling Systems
Heat transfer in advanced cooling systems, including air-cooled and liquid-cooled systems

Module #18
Case Studies in Advanced Energy Systems
Case studies of heat transfer in advanced energy systems, including nuclear power plants, fuel cell systems, and concentrated solar power systems

Module #19
Research and Development in Advanced Thermofluids
Current research and development in advanced thermofluids, including emerging trends and challenges

Module #20
Design Project:Heat Transfer in Advanced Energy Systems
Design project where students apply their knowledge to design a heat transfer system for an advanced energy system

Module #21
Group Project:Heat Transfer Analysis
Group project where students analyze heat transfer in an advanced energy system and present their results

Module #22
Advanced Thermofluids in Aerospace Applications
Heat transfer in aerospace applications, including reentry vehicles and heat shields

Module #23
Advanced Thermofluids in Biomedical Applications
Heat transfer in biomedical applications, including hyperthermia cancer treatment and cryosurgery

Module #24
Advanced Thermofluids in Electronic Cooling
Heat transfer in electronic cooling, including microelectronic cooling and data center cooling

Module #25
Advanced Thermofluids in Materials Processing
Heat transfer in materials processing, including casting, welding, and laser processing

Module #26
Advanced Thermofluids in Building Energy Systems
Heat transfer in building energy systems, including building envelopes and HVAC systems

Module #27
Advanced Thermofluids in Industrial Processes
Heat transfer in industrial processes, including chemical processing and oil refining

Module #28
Advanced Thermofluids in Transportation Systems
Heat transfer in transportation systems, including internal combustion engines and electric vehicles

Module #29
Advanced Thermofluids in Energy Storage and Conversion
Heat transfer in energy storage and conversion, including batteries and supercapacitors

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Advanced Thermofluids: Heat Transfer in Advanced Energy Systems career

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Advanced Thermofluids: Heat Transfer in Advanced Energy Systems ( 30 Modules )

Advanced Thermofluids: Heat Transfer in Advanced Energy Systems
( 30 Modules )