Description
This book delves into the intricate world of plasticity, exploring its fundamental principles and applications through the lens of microstructures and crystal-plasticity. It highlights the significant advancements in the field, showcasing innovative experiments that deepen the understanding of material behavior under stress. The authors, Jörg Schröder and Klaus Hackl, combine their expertise to present a comprehensive overview of the mechanics governing phase transitions and their effects on material performance.
The narrative unfolds with an emphasis on how microstructural changes influence the properties of crystalline materials, providing readers with insightful discussions on current research trends. By integrating theoretical perspectives with empirical evidence, the authors encourage a multidisciplinary approach that bridges the gap between various aspects of material science.
Through detailed illustrations and clear explanations, this work serves as both a reference for researchers and a valuable resource for students entering the field. It invites readers to engage with the complexities of materials engineering, promoting an understanding of how microscopic phenomena affect macroscopic behaviors in materials.
The narrative unfolds with an emphasis on how microstructural changes influence the properties of crystalline materials, providing readers with insightful discussions on current research trends. By integrating theoretical perspectives with empirical evidence, the authors encourage a multidisciplinary approach that bridges the gap between various aspects of material science.
Through detailed illustrations and clear explanations, this work serves as both a reference for researchers and a valuable resource for students entering the field. It invites readers to engage with the complexities of materials engineering, promoting an understanding of how microscopic phenomena affect macroscopic behaviors in materials.
Book Details
Format
Paperback
Pages
419 pages
Language
English
Published
Aug 27, 2015
Publisher
Springer
Editions
2 editions
ISBN-10
370911716X
ISBN-13
9783709117163