Introduction To Elasticity Theory For Crystal Defects (Second Edition)

This advanced textbook offers a comprehensive foundation in anisotropic elasticity theory specifically tailored for modeling crystal defects, providing the mathematical framework needed to understand vacancies, dislocations, interfaces, and inclusions in crystalline materials. The presentation builds systematically from fundamental elasticity concepts to practical solution methods, creating a self-contained resource that eliminates the need for supplementary texts. What distinguishes this work is its unified approach to defect analysis, treating point, line, planar, and volume defects within a consistent theoretical framework while maintaining remarkable accessibility despite the complex subject matter.

The second edition delivers particularly valuable insights through its detailed examination of elastic fields and energy calculations for each defect type, bridging the gap between abstract theory and practical materials science applications. Graduate students and researchers in materials science and solid state physics will find this an indispensable reference for understanding defect mechanics at a fundamental level. The clear progression from basic principles to advanced applications makes complex concepts manageable, establishing this as a definitive resource in crystal defect elasticity that will serve professionals throughout their careers.