Metal Fatigue Testing and Analysis

Metal Fatigue Testing and Analysis by Yung-Li Lee is a definitive, practical guide for engineers, researchers, and advanced students who demand clarity and precision in fatigue testing and fatigue life prediction. This authoritative text blends rigorous theory with actionable laboratory methods, making complex concepts in fracture mechanics, crack propagation, and S-N and strain-life approaches accessible and immediately useful.

Discover clear explanations of test procedures, data acquisition, and interpretation techniques aligned with modern ASTM and ISO standards. Lee demystifies spectrum loading, residual stress effects, and environmental influences—helping you translate raw test results into reliable predictions for real-world components across aerospace, automotive, civil, and energy sectors. Rich examples and case studies demonstrate how to design test programs, avoid common pitfalls, and optimize inspection intervals for long-term structural integrity.

Whether you’re developing fatigue-resistant alloys, validating welded structures, or setting quality-control protocols, this book equips you with the tools to improve safety, reduce downtime, and lower lifecycle costs. The writing is concise and technically robust, yet approachable enough for professionals updating their skills and students preparing for industry practice.

Global in scope and industry-relevant—from North America and Europe to Asia-Pacific—Lee’s book is an essential reference for anyone responsible for material performance under cyclic loading. Enhance your engineering library with Metal Fatigue Testing and Analysis and put proven fatigue testing and analysis strategies to work. Order your copy today to master fatigue assessment with confidence.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.