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High-Entropy Alloys: A Simple Guide to Big Ideas
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- FormatePub
- ISBN8231038886
- EAN9798231038886
- Date de parution29/04/2025
- Protection num.Adobe DRM
- Infos supplémentairesepub
- ÉditeurWalzone Press
Résumé
"High-Entropy Alloys: A Simple Guide to Big Ideas" offers a clear and accessible exploration into one of materials science's most exciting frontiers. Starting from the fundamentals, this book demystifies what high-entropy alloys (HEAs) are, providing historical context and dispelling common misconceptions. With an emphasis on readability, it equips readers-from students to experienced engineers-with the essential terminology and conceptual framework to confidently navigate this emerging field.
Progressing logically from basic principles to advanced topics, the guide covers the unique design philosophies of HEAs, including the pivotal role of multi-principal elements, entropy-driven stability, and cutting-edge computational tools. Readers will find detailed discussions of microstructure, characterization techniques, and the wide spectrum of properties that set HEAs apart-from mechanical strength to corrosion resistance.
Comprehensive case studies and practical insights help illuminate successful alloy designs and the challenges involved in moving from theoretical models to real-world applications. The book concludes by addressing current limitations and envisioning the future of HEA research. It examines challenges in scalability, cost, and data standardization, while highlighting promising directions such as machine learning-driven discovery, sustainable alloy development, and interdisciplinary collaboration.
By combining scientific rigor with practical guidance, "High-Entropy Alloys: A Simple Guide to Big Ideas" stands as an essential resource for anyone interested in the development, deployment, and potential of this transformative class of materials.
Progressing logically from basic principles to advanced topics, the guide covers the unique design philosophies of HEAs, including the pivotal role of multi-principal elements, entropy-driven stability, and cutting-edge computational tools. Readers will find detailed discussions of microstructure, characterization techniques, and the wide spectrum of properties that set HEAs apart-from mechanical strength to corrosion resistance.
Comprehensive case studies and practical insights help illuminate successful alloy designs and the challenges involved in moving from theoretical models to real-world applications. The book concludes by addressing current limitations and envisioning the future of HEA research. It examines challenges in scalability, cost, and data standardization, while highlighting promising directions such as machine learning-driven discovery, sustainable alloy development, and interdisciplinary collaboration.
By combining scientific rigor with practical guidance, "High-Entropy Alloys: A Simple Guide to Big Ideas" stands as an essential resource for anyone interested in the development, deployment, and potential of this transformative class of materials.
"High-Entropy Alloys: A Simple Guide to Big Ideas" offers a clear and accessible exploration into one of materials science's most exciting frontiers. Starting from the fundamentals, this book demystifies what high-entropy alloys (HEAs) are, providing historical context and dispelling common misconceptions. With an emphasis on readability, it equips readers-from students to experienced engineers-with the essential terminology and conceptual framework to confidently navigate this emerging field.
Progressing logically from basic principles to advanced topics, the guide covers the unique design philosophies of HEAs, including the pivotal role of multi-principal elements, entropy-driven stability, and cutting-edge computational tools. Readers will find detailed discussions of microstructure, characterization techniques, and the wide spectrum of properties that set HEAs apart-from mechanical strength to corrosion resistance.
Comprehensive case studies and practical insights help illuminate successful alloy designs and the challenges involved in moving from theoretical models to real-world applications. The book concludes by addressing current limitations and envisioning the future of HEA research. It examines challenges in scalability, cost, and data standardization, while highlighting promising directions such as machine learning-driven discovery, sustainable alloy development, and interdisciplinary collaboration.
By combining scientific rigor with practical guidance, "High-Entropy Alloys: A Simple Guide to Big Ideas" stands as an essential resource for anyone interested in the development, deployment, and potential of this transformative class of materials.
Progressing logically from basic principles to advanced topics, the guide covers the unique design philosophies of HEAs, including the pivotal role of multi-principal elements, entropy-driven stability, and cutting-edge computational tools. Readers will find detailed discussions of microstructure, characterization techniques, and the wide spectrum of properties that set HEAs apart-from mechanical strength to corrosion resistance.
Comprehensive case studies and practical insights help illuminate successful alloy designs and the challenges involved in moving from theoretical models to real-world applications. The book concludes by addressing current limitations and envisioning the future of HEA research. It examines challenges in scalability, cost, and data standardization, while highlighting promising directions such as machine learning-driven discovery, sustainable alloy development, and interdisciplinary collaboration.
By combining scientific rigor with practical guidance, "High-Entropy Alloys: A Simple Guide to Big Ideas" stands as an essential resource for anyone interested in the development, deployment, and potential of this transformative class of materials.
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