The Strength-Ductility Paradox
The Strength-Ductility Paradox by David Fisher, published by Materials Research Forum LLC on October 5, 2024, is a detailed exploration of the relationship between strength and ductility in various materials. This 120-page book examines the phenomenon known as the SPD-paradox, which highlights how the plasticity of titanium improves under high-pressure torsion. It also discusses how short-term annealing can enhance both strength and ductility in deformed materials, a concept applicable to pure metals, alloys, and metal-matrix composites.
Readers will find a comprehensive review of the strength-ductility paradox across a diverse range of materials, supported by 119 original resources complete with direct web links for further investigation. The book delves into mechanisms related to severe plastic deformation, pure metals, and high entropy alloys, making it a valuable resource for those interested in engineering, materials science, and physics. This edition is presented in English and measures 9 by 6 inches, weighing approximately 0.38 pounds.
Official synopsis Publisher
The strength-ductility paradox originally referred to the fact that the plasticity of titanium is improved when subjected to high-pressure torsion. This is also known as the SPD-paradox, where SPD is the initialism of severe plastic deformation. Today, we know that short-term annealing of the deformed material increases the strength and ductility simultaneously. The same phenomenon is also observed in other pure metals, in alloys and in metal-matrix composites. The book reviews the strength-ductility paradox in a wide range of materials, and the range of mechanisms involved. The book references 119 original resources with their direct web links for in-depth reading.
Keywords: Severe Plastic Deformation, Pure Metals, Non-Ferrous Alloys, Ferrous Alloys, High Entropy Alloys, Composites.
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