Case Studies - Sentient Science

An Integrated Computational Materials Engineering Predi …

Additive manufacturing (AM) processes create material directly into a functional shape. Often the material properties…

DC-OM Helped One Customer Reduce the Number of Gearbox Replacements by 50% Moving from Unplanned…

Materials Science Models The operational life of complex rotating equipment does not always match…

Introduction Long term service agreements (LTSAs) are often an attractive asset management strategy for…

The standard configuration of a wind turbine gearbox may not match the…

Duke Energy Renewables’ decided to self-operate its wind turbine fleet with an estimated cost savings of up to 35% from shifting to…

Premature failures in the GE 1.5 gearboxes are driving unexpected downtime and increased costs. The industry is seeking solutions to…

Wind turbine operators are seeking a solution to extend the life of their gearboxes that are failing prematurely. REWITEC^® developed…

Aerotorque WindTC shown to reduce overload and torque events that can lead to white etch area formation by 4x. High…

The U.S. Army and Boeing are deploying new prognostic gearbox health assessment technologies to optimize life and performance while minimizing…

The Center of Computational Research (CCR), University at Buffalo, and Sentient Science have partnered to help deploy the most advanced…

In 2001, the U.S. Government agencies began to look for solutions to reduce the time and cost to develop, test…