Advanced Heat Transfer and Thermal Analysis
( 25 Modules )

Module #1
Introduction to Heat Transfer
Overview of heat transfer modes, importance, and applications

Module #2
Review of Thermodynamics
Revision of thermodynamic principles, temperature, and energy concepts

Module #3
Heat Transfer by Conduction
Conduction mechanisms, Fouriers Law, and thermal conductivity

Module #4
Conduction in Solids and Liquids
Heat conduction in solids, liquids, and composite materials

Module #5
Heat Transfer by Convection
Convection mechanisms, Newtons Law of Cooling, and convective heat transfer coefficients

Module #6
Forced Convection
Forced convection in pipes, channels, and boundary layers

Module #7
Natural Convection
Natural convection in enclosures, cavities, and boundary layers

Module #8
Heat Transfer by Radiation
Radiation mechanisms, Stefan-Boltzmann Law, and radiative properties

Module #9
Radiative Heat Transfer in Participating Media
Radiative heat transfer in gases, plasmas, and scattering media

Module #10
Heat Exchangers
Heat exchanger design, types, and performance evaluation

Module #11
Thermal Analysis of Electronic Systems
Thermal management of electronic devices, components, and systems

Module #12
Thermal Analysis of Buildings and HVAC Systems
Thermal analysis of buildings, heating, ventilating, and air conditioning (HVAC) systems

Module #13
Phase ChangeMaterials and Latent Heat Storage
Phase change materials, latent heat storage, and applications

Module #14
Microscale and Nanoscale Heat Transfer
Microscale and nanoscale heat transfer mechanisms, and applications

Module #15
Computational Heat Transfer
Numerical methods for heat transfer analysis, finite difference, finite element, and CFD

Module #16
Experimental Methods for Heat Transfer Measurement
Experimental techniques for heat transfer measurement, instrumentation, and data analysis

Module #17
Applications of Heat Transfer in Aerospace Engineering
Heat transfer applications in aerospace engineering, reentry, and propulsion systems

Module #18
Applications of Heat Transfer in Biomedical Engineering
Heat transfer applications in biomedical engineering, hyperthermia, and cryobiology

Module #19
Applications of Heat Transfer in Chemical Engineering
Heat transfer applications in chemical engineering, reactors, and process equipment

Module #20
Applications of Heat Transfer in Energy Systems
Heat transfer applications in energy systems, power generation, and cooling systems

Module #21
Advanced Topics in Heat Transfer
Recent advances in heat transfer, nanoheat transfer, and multiscale heat transfer

Module #22
Thermal Management of Fuel Cells and Batteries
Thermal management of fuel cells, batteries, and energy storage systems

Module #23
Thermal Management of High-Power Devices
Thermal management of high-power devices, lasers, and power electronics

Module #24
Thermal Safety and Fire Protection
Thermal safety, fire protection, and risk assessment in thermal systems

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Heat Transfer and Thermal Analysis career

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Advanced Heat Transfer and Thermal Analysis ( 25 Modules )

Advanced Heat Transfer and Thermal Analysis
( 25 Modules )