Advanced Nuclear Fuels and Materials

Capture the attention of researchers and industry professionals with Advanced Nuclear Fuels and Materials by Rongzheng Liu — a contemporary, authoritative guide that distills complex fuel science into practical insight. Ideal for nuclear engineers, materials scientists, graduate students, and policy advisors across the United States, Europe, and Asia, this volume addresses the pressing challenges of modern reactor design and fuel performance.

Explore clear, well-organized chapters that examine fuel fabrication, microstructure evolution, radiation-induced damage, thermal transport, fuel-cladding interaction, and the development of accident-tolerant and novel fuel forms. Liu combines experimental results with modeling approaches to explain how materials behave under irradiation and high-temperature conditions, making advanced concepts accessible without sacrificing technical depth.

Readers will benefit from actionable knowledge: methods to evaluate fuel reliability, strategies to mitigate degradation, and perspectives on material selection for next-generation reactors. Case studies and comparative analyses offer practical context for real-world applications in commercial reactors, research facilities, and advanced reactor programs.

Whether you are updating your professional library or building a graduate syllabus, this book serves as an indispensable reference for anyone involved in nuclear fuels and materials research worldwide. Enhance your expertise and stay current with developments shaping reactor safety and efficiency.

Order your copy of Advanced Nuclear Fuels and Materials by Rongzheng Liu today and strengthen your foundation in one of the most critical areas of modern nuclear technology.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.