FROM A PROBLEM
TO A DECISION.
We turn complex materials problems into clear answers that support engineering, operational and investment decisions.
A real-world problem.
Data across scales.
Why it happened.
Actionable technical insight.
FAILURE ANALYSIS
Why did it fail?
Advanced microscopy, metallography and materials testing to identify failure mechanisms and root causes.
Fractography and microstructure analysis
Weld and manufacturing defects
Fatigue, fracture, corrosion, embrittlement
Independent technical investigations
DEGRADATION ASSESSMENT
What is happening to the material?
Engineering assessment of degradation mechanisms and material performance under real service conditions.
Environment-assisted degradation
Hydrogen effects and embrittlement
Highflow temperature behaviour
Process-structure-property relationships
PREDICTIVE INTEGRITY
What is likely to happen next?
Physics-informed modelling and data analytics to predict material behaviour and support critical decisions.
Fracture mechanics and crack growth
Degradation and remaining life
Uncertainty-informed prediction
Decision support for inspection/mitigation
POWERED BY PROBE™
A Physics-informed Copilot for Failure Analysis
PROBE™ brings materials evidence, engineering physics and AI together to help investigate why components fail - and determine what evidence to examine next.
PROBE is currently in development, with initial validation using open materials data and published failure cases.
INDUSTRIES WE SUPPORT
Different environments. Same critical requirement. Reliable materials. Safer operations.
Energy & Pipelines
Defence & Arctic
Nuclear
Steel & Heavy Manufacturing
Aerospace
TURNING MATERIALS FAILURE INTO CONFIDENCE. OPPORTUNITY AND A MORE RESILIENT TOMORROW.