The selection of metallic structural materials is critically dependent on their resistance to fracture. This book investigates the principles of fracture mechanics and their practical application in choosing appropriate metals for structural engineering. It examines the methodologies and data required to assess material performance under various stress conditions, aiming to provide engineers with a robust framework for material selection to ensure structural integrity and safety.

This text is recognized as a foundational work in the application of fracture mechanics to material selection in engineering. It is valued for its rigorous approach to quantifying material behavior under stress, providing essential data and methodologies for professionals. The book is considered a key resource for understanding the critical role of fracture toughness in ensuring the reliability of metallic structures.