A technical deep dive from Akselos Chief Scientific Officer Dr. David Knezevic on how RB-FEA runs system-level structural analysis at the speed of operations, with a certified accuracy check on every solve.
In this exclusive white paper, you’ll learn:
Dr. David Knezevic, Chief Scientific Officer, Akselos
David works at the intersection of structural modeling and industrial operations, helping operators understand how fatigue, creep, and damage mechanisms evolve in critical assets. He brings deep technical perspective to integrity and remaining life discussions.
Every RB-FEA solution comes with a computable accuracy indicator. Results can be post-processed, code-checked, and reported with the same procedures and standards engineers already apply to FEA.
RB-FEA trains component by component, with no full-system solve. A complete steam methane reformer model reaches the equivalent of more than 100 million FEA degrees of freedom.
Every solve in operation is checked against a specified tolerance. When Solve 154 exceeded it, ARE automatically enriched the model in the cloud and the re-solve came back within tolerance, at an accuracy indicator of 9.9×10⁻⁴.
A dent or crack found at inspection is added by swapping in the affected component, with no retraining of the rest of the model. Operators see the defect’s effect on the entire structure within minutes rather than days.
WHITE PAPER
New Verdantix research of 40 industrial leaders shows that safety, cost, and performance trade-offs are driven by uncertainty, not necessity.
EXPLORE NOWWHITE PAPER
Learn why tradition APM falls short in real-time structural integrity and how SPM bridges the gap with physics-based real-time monitoring.
SUCCESS STORY
Learn how Akselos SPM Software was pivotal in optimizing delayed coker units for Pan American Energy at their Campana refinery.
