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Full Description
This cutting-edge text covers current experimental approaches to quantify the fracture resistance in non-conventional specimens, assessment of ductile tearing and brittle fracture, and new approaches to estimate welded joints under high and low cycles and combined actions. It also presents a digital twin approach for the fatigue crack sizing and life assessment, along with the example of an offshore structure with applications for welded joints. Using experimental quantification, this bridges the gap between material fracture resistance and cracked engineering structures' fracture resistance such as surface cracks in structural components. Ductile and brittle fracture assessment integrates physics-enhanced models into new engineering assessment approaches applicable to welded joints under combined high and low cycle fatigue loadings.
This book is essential as a textbook for graduate students and a reference for practicing engineers in structural, mechanical, and marine and offshore engineering.
Contents
1. Introduction 2. Experimental Approaches to Quantify Fracture Resistance 3. Ductile Tearing and Its Engineering Assessment 4. Assessment of Brittle Fracture Failure 5. High-Cycle Fatigue of Welded Joints 6. Low-Cycle Fatigue of Welded Joints 7. Digital Twin-Based Fatigue Assessment of Welded Plate Joints 8. Conclusions and Summary
