High-Entropy Materials 1st Edition

Boldly rethinking alloys and ceramics, High-Entropy Materials 1st Edition by Yong Zhang offers a clear, authoritative introduction to a transformative field in modern materials science. Designed to capture the curiosity of researchers, engineers, and advanced students, this volume distills complex concepts into practical insight for real-world innovation.

Explore the foundations and frontiers of high-entropy systems—covering structure, thermodynamics, processing, and properties of high-entropy alloys, ceramics, and composites. Yong Zhang guides readers through experimental methods, theoretical models, and case studies that reveal how entropy-driven design produces materials with exceptional strength, corrosion resistance, thermal stability, and functional performance.

Whether you work in aerospace, energy, electronics, or advanced manufacturing, this 1st edition translates cutting-edge research into actionable knowledge. Learn how high-entropy strategies enable tailored microstructures, improved high-temperature behavior, and novel multiphase architectures applicable across North America, Europe, and the Asia-Pacific research communities. Carefully written chapters balance rigorous science with practical considerations—making this book equally valuable for academic coursework and industrial R&D.

Packed with illustrative figures, comparative analyses, and clear summaries, the text empowers readers to evaluate materials selection, design experiments, and pursue innovation in metallurgy and materials engineering. Yong Zhang’s accessible yet authoritative voice makes complex topics approachable without sacrificing depth.

Advance your understanding of tomorrow’s materials today. Add High-Entropy Materials 1st Edition by Yong Zhang to your professional library and stay at the forefront of materials design and application. Order now to bring pioneering materials science into your laboratory, classroom, or workplace.

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