Nuclear Reactor Engineering Volume 2: Nuclear Reactor Design and Safety Analysis, 2nd Edition

Nuclear Reactor Engineering, Volume 2: Nuclear Reactor Design and Safety Analysis provides a rigorous and integrated treatment of modern nuclear power technology for advanced undergraduate students, graduate students, practicing engineers, and technical professionals.This second edition connects reactor physics, thermodynamics, thermal-hydraulics, power conversion, materials behavior, reactor components, fuel-cycle considerations, safety systems, regulation, and risk-informed analysis within a coherent engineering framework. The text emphasizes the design logic of light-water reactors, advanced reactor systems, small modular reactors, microreactors, passive safety features, and the technical foundations of accident prevention and mitigation.The book combines first-principles engineering analysis with practical system-level interpretation. Historical development, current deployment challenges, regulatory expectations, and future reactor applications are presented as essential context for sound technical judgment. Quantitative examples, design comparisons, and safety-focused discussions help readers understand how reactor performance, safety margins, and engineering trade-offs are evaluated in professional nuclear practice.Written in a clear, formal technical style, this volume is intended for nuclear engineering courses, reactor design and safety analysis instruction, professional reference, and self-study. It prepares readers to analyze reactor performance, evaluate design alternatives, understand safety functions, and appreciate the professional responsibilities associated with nuclear energy deployment in industrial, regulatory, research, and energy-policy settings. Read more