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Webinar Recordings

Life Extension Solutions: The Impacts of Uprating and Derating on Wind Turbine Reliability

How can you know the impact of uprating and derating wind turbines? Today, most OEMs…

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Published August 15, 2014

Applying a New Generation of Prognostics Across the Industrial Internet to Predict Asset Life and to Better Service Distributed Assets

How is the Industrial Internet impacting corporate productivity today and in the future? Ed Wagner,…

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Published June 16, 2014

Gearbox Life Extension: Improving Rotorcraft Drivetrain Life with Computational Testing and Asset Management

With programs such as U.S. Army Future Vertical Lift (FVL), how can I predict rotorcraft…

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Published May 19, 2014

Industrial Internet: Life Extension Solutions to Reduce Wind Turbine Maintenance Costs

At a recent Wind Energy Operations and Maintenance Summit (2014) Sentient Science’s CEO, Ward Thomas, and Amir Mikhail, PhD. talked about how O&Ms can take advantage of state-of-the-art life extension solutions and the industrial internet to reduce their wind turbine maintenance costs.

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Published May 15, 2014

Multi-Physics Modeling: A Step By Step Approach to Predict Fatigue, Wear Failure and Remaining Useful Life in Mechanical Systems

When I request a Multi-physics DigitalClone model from Sentient Science, how exactly does their team…

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Published May 1, 2014

Industrial Internet: Let’s Drive Deep into Wind – Cutting Costs for Energy Producers by 1 cent per kW hr.

Description: How can I be certain of the return on investment of my wind turbines…

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Published March 17, 2014

Life Extension Solutions: Improving Gear Life and Performance using Computational Testing

What’s the best solution to extend the life of my gearbox system? Manufacturers and operators of gearboxes are always looking for a competitive edge to increase life and performance with innovative surface treatments, manufacturing processes, and materials.

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Published February 20, 2014

Improving Bearing Life and Performance with Computational Testing

Bearing manufacturers and their customers are seeking solutions to speed time-to-market of new products, increase customer confidence during sales cycles, and generate new revenue streams. Physical testing capabilities and industry standards are important for the product design and validation process. However, some of the bottlenecks such as the cost and time can increase the risk of developing innovations, increase the time-to-market of new products, and cause customer to have low confidence of product performance at new product launch.

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Published January 7, 2014

Modeling of Complex Mechanical Systems

Mechanical systems, like helicopter gearboxes, are built of many complex sub-systems that require many different modeling and simulation tools to model specific phenomenon such as mechanical motion, heat transfer, and control system stability. Unfortunately, these different simulation models can be difficult or impossible to integrate together to form a model of the overall performance of a full system. Sentient Science uses Modelica language to accurately model subsystems and full systems in one unified model. Join us to learn how Sentient uses Modelica to efficiently and accurately model multi-body systems.

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Published January 7, 2014