Thermal-Hydraulics in Nuclear Reactor Design
( 30 Modules )

Module #1
Introduction to Thermal-Hydraulics
Overview of thermal-hydraulics in nuclear reactors, importance, and relevance

Module #2
Nuclear Reactor Fundamentals
Review of nuclear reactor principles, types, and operating modes

Module #3
Thermal-Hydraulics in Nuclear Reactors
Heat generation, transfer, and removal in nuclear reactors

Module #4
Single-Phase Flow Fundamentals
Basic principles of single-phase fluid flow, Reynolds number, and laminar/turbulent flow

Module #5
Two-Phase Flow Fundamentals
Introduction to two-phase flow, flow regimes, and void fraction

Module #6
Heat Transfer Mechanisms
Conduction, convection, and radiation heat transfer in nuclear reactors

Module #7
Heat Exchangers in Nuclear Reactors
Design and operation of heat exchangers in nuclear reactors, including steam generators and coolers

Module #8
Coolant Systems in Nuclear Reactors
Overview of coolant systems, including light water, heavy water, and gas coolants

Module #9
Thermal-Hydraulic Analysis Methods
Introduction to thermal-hydraulic analysis methods, including 1D and 3D modeling

Module #10
CFD Applications in Thermal-Hydraulics
Computational fluid dynamics (CFD) applications in thermal-hydraulics, including solver selection and best practices

Module #11
System Code Applications in Thermal-Hydraulics
System code applications in thermal-hydraulics, including RELAP, ATHLET, and CATHARE

Module #12
Uncertainty Analysis in Thermal-Hydraulics
Introduction to uncertainty analysis in thermal-hydraulics, including sensitivity and uncertainty quantification

Module #13
Thermal-Hydraulic Design Considerations
Design considerations for thermal-hydraulic systems in nuclear reactors, including scaling and similarity

Module #14
Safety Analysis in Thermal-Hydraulics
Safety analysis in thermal-hydraulics, including accident scenarios and safety criteria

Module #15
Passive Safety Systems in Nuclear Reactors
Design and operation of passive safety systems in nuclear reactors, including natural circulation and decay heat removal

Module #16
Thermal-Hydraulic Experimental Methods
Experimental methods in thermal-hydraulics, including facility design and instrumentation

Module #17
Thermal-Hydraulic Applications in Advanced Reactors
Thermal-hydraulic applications in advanced reactors, including small modular reactors (SMRs) and Generation IV reactors

Module #18
Thermal-Hydraulic Challenges and Future Directions
Current challenges and future directions in thermal-hydraulics, including multidisciplinary research and innovation

Module #19
Case Studies in Thermal-Hydraulics
Real-world case studies in thermal-hydraulics, including analysis of thermal-hydraulic phenomena in nuclear reactors

Module #20
Group Project:Thermal-Hydraulic Design and Analysis
Student-led group project on thermal-hydraulic design and analysis of a nuclear reactor system

Module #21
Guest Lecture:Industry Perspective on Thermal-Hydraulics
Guest lecture from industry experts on thermal-hydraulics in nuclear reactors, including current practices and future directions

Module #22
Radiation Protection and Shielding in Thermal-Hydraulics
Radiation protection and shielding in thermal-hydraulics, including radiation safety and dosimetry

Module #23
Thermal-Hydraulic Aspects of Nuclear Waste Management
Thermal-hydraulic aspects of nuclear waste management, including waste storage and disposal

Module #24
Computational Tools for Thermal-Hydraulic Analysis
Overview of computational tools for thermal-hydraulic analysis, including commercial software and open-source alternatives

Module #25
Thermal-Hydraulic Modeling and Simulation Best Practices
Best practices for thermal-hydraulic modeling and simulation, including model validation and verification

Module #26
Thermal-Hydraulic Education and Training
Importance of education and training in thermal-hydraulics, including pedagogical approaches and industry-academia collaboration

Module #27
Thermal-Hydraulic Research and Development
Current research and development in thermal-hydraulics, including multidisciplinary collaborations and innovation

Module #28
Regulatory Framework for Thermal-Hydraulics
Regulatory framework for thermal-hydraulics, including international standards and guidelines

Module #29
Thermal-Hydraulic Challenges in Nuclear Reactor Operations
Thermal-hydraulic challenges in nuclear reactor operations, including reactor aging and lifetime management

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Thermal-Hydraulics in Nuclear Reactor Design career

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Thermal-Hydraulics in Nuclear Reactor Design ( 30 Modules )

Thermal-Hydraulics in Nuclear Reactor Design
( 30 Modules )