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Through a combination of new ILI technology and non-destructive in-situ techniques, all the necessary tools and processes are now in place and available to operators around the world to proactively improve their integrity management systems.

Conventionally, three primary fatigue analysis methods have been used to estimate fatigue life; these are the stress-life (S-N) approach, the strain-life (ε-N) approach, and the fracture mechanics (crack growth) approach.

The goal of this project is to raise the benchmark on industry knowledge and develop the next generation of SMEs. We believe that equipping MI professionals with greater knowledge and proficiency will make the industry safer and more reliable.

Every fitness-for-service (FFS) assessment must have a well-defined acceptance criterion. For many damage mechanisms, it’s the “remaining strength factor” (RSF). But for crack-like flaw assessment, it’s the Failure Assessment Diagram, or FAD.

MISTRAS Digital is an end-to-end workflow solution that helps boost productivity by streamlining time-consuming, inefficient work processes to help your inspection, maintenance, and reliability teams.

This white paper from the experts at Ionix will discuss how high temperature ultrasonic sensors are enabling on-stream asset integrity, performance, and corrosion management.

This Asset Intelligence Report on Risk Based Inspection serves as a primer to increase your familiarity with the principles of RBI, RBI implementation, and maintaining an RBI program.

Heat treatment has been used by mankind for centuries. This article details reasons to heat treat, the types of heat treating available, methods of heat treating to achieve specific material properties, and the role of MI in heat treating.

The new mechanical integrity (MI) white paper from the experts at Operational Sustainability, LLC will help you discover how holistic, interoperability-driven MI delivers the insights you need to extract the full value out of your assets.