Course description
Fracture mechanics is essential to maintaining the integrity, safety, and operational reliability of high-risk industrial assets. This comprehensive four-day online training course aims to provide participants with a profound understanding of fracture mechanics principles and their practical application in inspection, maintenance, and asset integrity strategies.
Participants will be introduced to key methodologies for accurate flaw evaluation, remaining life estimation, and informed maintenance decision-making using internationally recognized standards such as API 579 and BS 7910. The course will cover fundamental concepts, advanced calculation methods—including stress classification, stress intensity factors, and residual stress assessment—and the implementation of the Failure Assessment Diagram (FAD) approach.
Through practical examples, detailed case studies, and expert insights, attendees will acquire hands-on experience with iterative crack growth models, high-temperature creep and creep-fatigue assessments, and leak-before-break evaluations. Comparisons between leading fracture mechanics standards will enable professionals to choose the most effective approach for diverse operational scenarios.
This course is designed to enhance technical competencies, improve decision-making abilities, and empower participants to proactively manage asset integrity, thereby ensuring operational excellence and safety within their organizations.
