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Full Description
This book covers both the theory and applications of linear and non-linear fracture mechanics, together with the relevant testing methods, providing the essential knowledge of solid mechanics and materials science required for a complete understanding of fracture mechanics. This book on fracture mechanics is also a history of this science as it developed after World War II, particularly through the attempt to explain the inexplicable brittle fractures of Liberty ships. The reader is guided through the chapters from the early efforts to prevent brittle fracture using empirical approaches based on the transition temperature NDT—assessed with a test specimen introduced at the turn of the nineteenth century, the Charpy V notch specimen—and the Fracture Appearance Diagram, to the introduction of the stress intensity factor by G. Irwin, who founded the new science of Fracture Mechanics. The text then progresses to the most recent analytical approaches of Elastic Plastic Fracture Mechanics and General Yield. It also includes three full chapters dedicated to topics never addressed in previous fracture mechanics books, such as warm prestressing, metallurgical variability, and piping and vessel integrity assessment. With more than 800 graphs, drawings, and photographs—many of which have never appeared before in textbooks—this book can be considered one of the most comprehensive references available today on fracture mechanics and serves as a valuable resource for anyone involved in its theory and applications.
Contents
Brittle Fracture of Metals.- Slip in Crystals.- Transition Temperature.- Plain Strain Fracture.- Temperature and Strain Rate Effects.- Morphological Aspects of Fracture.- Linear Elastic Fracture Mechanics.- Crack Tip Plastic Zone.- Experimental Linear Elastic Fracture Mechanics.- Elastic Plastic Fracture Mechanics.-Experimental Elastic Plastic Fracture Mechanics.- Dynamic Propagation and Arrest of a Crack.- Warm prestressing.- Pressure Vessels and Piping Integrity Assessment.- Metallurgical Variability and Data Scatter.- Stress Intensity factor, J integral and Fully Plastic Solutions for Selected Configurations.
