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In core nuclear fuel management

Juan Luis François Lacouture

Upon completion of this MOOC, students will gain comprehensive knowledge in nuclear fuel management and reactor core design. They will learn to list and understand the basic parameters involved in in-core fuel management, including the estimation of fuel batch reload fraction and enrichment for equilibrium cycles using the linear reactivity method. The course will also cover the core aspects of reactor core design, the stages of fuel reloads design, and the principles of nuclear fuel assembly design, including the role of burnable poisons. Students will delve into the various aspects of fuel assembly design, both radial and axial, and learn to identify and solve optimization problems in these areas using metaheuristic techniques. Additionally, they will explore core loading pattern design, control rod pattern design, and the associated requirements and knowledge rules.

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Upon completion of this MOOC, students will gain comprehensive knowledge in nuclear fuel management and reactor core design. They will learn to list and understand the basic parameters involved in in-core fuel management, including the estimation of fuel batch reload fraction and enrichment for equilibrium cycles using the linear reactivity method. The course will also cover the core aspects of reactor core design, the stages of fuel reloads design, and the principles of nuclear fuel assembly design, including the role of burnable poisons. Students will delve into the various aspects of fuel assembly design, both radial and axial, and learn to identify and solve optimization problems in these areas using metaheuristic techniques. Additionally, they will explore core loading pattern design, control rod pattern design, and the associated requirements and knowledge rules.

Another significant aspect of the course is the application of metaheuristic optimization approaches to tackle complex design problems in nuclear fuel management. Students will learn to interpret and apply these techniques to optimize radial fuel lattice design, axial fuel assembly design, and core loading pattern design.

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What's inside

Syllabus

Introduction and first approach to in core fuel management
Reactor core design
Fuel assembly design
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Core loading pattern design
Control rod pattern design
Economics of the nuclear fuel cycle

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Builds a strong foundation for nuclear fuel management and reactor core design
Taught by Juan Luis François Lacouture, a recognized expert in nuclear fuel management and reactor core design
Provides a comprehensive understanding of various aspects of nuclear fuel management and reactor core design, including fuel assembly design and optimization
Uses metaheuristic optimization approaches, which are highly relevant in nuclear fuel management and reactor core design

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Activities

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Career center

Learners who complete In core nuclear fuel management will develop knowledge and skills that may be useful to these careers:
Nuclear Engineer
Nuclear Engineers work to create, design, or modify nuclear systems that are used in energy generation, medical applications, and other fields. Understanding the basics of nuclear fuel management and reactor core design, as covered in this course, can help Nuclear Engineers make informed decisions and ensure the safety and efficiency of nuclear systems.
Nuclear Reactor Operator
Nuclear Reactor Operators are responsible for controlling and monitoring the operation of nuclear reactors, ensuring that they are running safely and efficiently. This course provides them with a solid foundation in nuclear fuel management and reactor core design, helping them to make informed decisions and respond effectively to operational challenges.
Nuclear Fuel Cycle Analyst
Nuclear Fuel Cycle Analysts play a crucial role in managing the nuclear fuel cycle, from uranium mining to waste disposal. This course helps them develop a comprehensive understanding of nuclear fuel management, including fuel batch reload fraction and enrichment, which is essential for optimizing the fuel cycle and minimizing costs.
Radiological Engineer
Radiological Engineers work to protect people and the environment from the harmful effects of radiation. This course provides them with a foundation in nuclear fuel management and reactor core design, helping them to understand the sources and behavior of radiation, and to develop effective radiation protection measures.
Nuclear Safety Inspector
Nuclear Safety Inspectors are responsible for ensuring that nuclear facilities are operating safely and in compliance with regulations. This course provides them with a comprehensive understanding of nuclear fuel management and reactor core design, helping them to identify and assess potential safety hazards, and to develop and implement effective safety measures.
Nuclear Waste Management Engineer
Nuclear Waste Management Engineers design and implement systems for the safe storage and disposal of nuclear waste. This course provides them with a foundation in nuclear fuel management, helping them to understand the characteristics and behavior of nuclear waste, and to develop effective waste management strategies.
Nuclear Power Plant Manager
Nuclear Power Plant Managers are responsible for the overall operation and management of nuclear power plants. This course provides them with a comprehensive understanding of nuclear fuel management and reactor core design, helping them to make informed decisions and ensure the safe and efficient operation of nuclear power plants.
Health Physicist
Health Physicists work to protect people and the environment from the harmful effects of radiation. This course provides them with a foundation in nuclear fuel management and reactor core design, helping them to understand the sources and behavior of radiation, and to develop effective radiation protection measures.
Radiation Protection Officer
Radiation Protection Officers are responsible for developing and implementing radiation safety programs for nuclear facilities. This course provides them with a foundation in nuclear fuel management and reactor core design, helping them to understand the sources and behavior of radiation, and to develop and implement effective radiation protection measures.
Nuclear Materials Scientist
Nuclear Materials Scientists research and develop new materials for use in nuclear applications, including nuclear fuel. This course provides them with a foundation in nuclear fuel management and reactor core design, helping them to understand the properties and behavior of nuclear materials, and to develop new materials with improved performance.
Nuclear Chemist
Nuclear Chemists study the chemical reactions that occur in nuclear processes, including nuclear fuel management and reactor core design. This course provides them with a foundation in these areas, helping them to understand the chemical processes involved in nuclear energy production, and to develop new methods for nuclear waste management and reprocessing.
Reactor Physicist
Reactor Physicists study the physics of nuclear reactors, including nuclear fuel management and reactor core design. This course provides them with a foundation in these areas, helping them to understand the physical processes involved in nuclear energy production, and to develop new methods for reactor design and operation.
Nuclear Safety Analyst
Nuclear Safety Analysts assess the safety of nuclear facilities and operations. This course provides them with a foundation in nuclear fuel management and reactor core design, helping them to understand the potential hazards associated with nuclear energy production, and to develop and implement effective safety measures.
Nuclear Waste Management Specialist
Nuclear Waste Management Specialists develop and implement systems for the safe storage and disposal of nuclear waste. This course provides them with a foundation in nuclear fuel management, helping them to understand the characteristics and behavior of nuclear waste, and to develop effective waste management strategies.

Reading list

We've selected seven books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in In core nuclear fuel management.
A specialized book focused on nuclear fuel management. It provides detailed explanations of various fuel management strategies, optimization techniques, and safety considerations.
This comprehensive textbook covers a wide range of topics in nuclear engineering, including fuel management. It provides foundational knowledge and practical insights into the design, operation, and fuel management of commercial nuclear power plants.
An introductory textbook that provides a broad overview of nuclear science and engineering. It covers topics relevant to nuclear fuel management, including reactor physics, fuel cycles, and radiation protection.
While this book is aimed at nuclear engineering students, it provides foundational knowledge, such as the basic theories of nuclear reactor design and calculations used in in core fuel management, and it good choice to delve more deeply into the subject.
Explores the application of optimization techniques in nuclear reactor design, including fuel management. It provides insights into advanced optimization methods used for core design and fuel cycle analysis.
Provides a comprehensive overview of nuclear energy, including in core fuel management and reactor core design, and serves as a useful reference for students in this course.
Highly regarded textbook on nuclear reactor physics, useful for developing a deep understanding of the fundamental concepts and theories.

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