Applied Mathematics for Nuclear Energy: Neutron Transport, Reactor Kinetics, Thermal Hydraulics, and Uncertainty Methods (The Fundamentals of Nuclear Engineering)
Delve into the mathematical foundations of nuclear energy with this comprehensive guide. Covering neutron transport, reactor kinetics, thermal hydraulics, and uncertainty methods, it equips readers with vital tools for nuclear engineering applications. Part of The Fundamentals of Nuclear Engineering series by Chalkam Gyatso.
About This Book
Applied Mathematics for Nuclear Energy provides a foundational approach to key mathematical concepts in nuclear engineering. The text focuses on neutron transport, which models the movement and interaction of neutrons in nuclear systems.
Reactor kinetics is examined to understand the dynamic behavior of nuclear reactors, including time-dependent processes. Thermal hydraulics addresses the fluid flow and heat transfer essential for reactor safety and efficiency.
Uncertainty methods are introduced to quantify and manage risks in nuclear calculations. This book serves as a core resource within The Fundamentals of Nuclear Engineering series.
Written by Chalkam Gyatso, it emphasizes practical tools for professionals and students in the field.
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