Applying a New Generation of Prognostics Across the Industrial Internet

A Step By Step Approach to Predict Fatigue, Wear Failure and Remaining Useful Life in Mechanical Systems

Investigating the Impacts of Uprating or Derating for the GE 1.5MW

The Impacts of Uprating and Derating on Wind Turbine Reliability

Improving Bearing Life and Performance with Computational Testing

Modeling Tribological Contacts in Wind Turbine Gearboxes

Predicting Wind Turbine Life with Computational Testing

Improving Gear Life and Performance with Computational Testing

Extend gearbox life with new components and methods 2015.04.21

Comparing Replacement Components to Extend the Life of Gearboxes

Utilizing Predictive Modeling for Bearing Supplier Decision Making

Using the Industrial Internet to Move From Planned Maintenance to Predictive Health Maintenance

I have $5 Million to spend on Gearbox Maintenance this year. How should I spend it?

Improving Rotorcraft Drivetrain Life

Adding Sensor Diagnostics into a Prognostics Model to Better Predict End of Life Gearbox Projections

Cutting Costs for Energy Producers by 1 Cent per Kilowatt Hour

How Material Science Helps Operators with End of Warranty Inspections

Understand the Aggregated Demand of the Operator Network For Major Systems and Components

Increasing uptime and lowering LCOE through strategic planning

Demonstration on How to Extend the Life a 1.5MW Class Gearbox