Spacecraft Thermal Evaluation

In this webinar, Eli Vidana and Doug Bell show how you can leverage STK to plan your spacecraft's mission profile and understand the impact on the spacecraft's thermal performance in Thermal Desktop.

Venue:
Virtual

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About This Webinar

In this webinar, Eli Vidana and Doug Bell show how users can leverage STK to plan their spacecraft's mission profile and understand the impact on the thermal performance of Thermal Desktop. STK allows users to recreate their mission profiles and accurately represent their spacecraft's operational orbit and attitude. From the operational orbit and attitude data in STK, users can provide this data to a Thermal Desktop spacecraft thermal model and accurately simulate the thermal profile for subsystem components over the spacecraft's mission. Eli will demonstrate how connecting Thermal Desktop with STK, ModelCenter, Mechanical, and Sherlock allows users to model spacecraft subsystem components in a connected and more accurate workflow for spacecraft thermal modeling.

What You Will Learn

Leverage Ansys STK to plan a spacecraft's mission profile and determine the impact on the spacecraft's thermal performance with Thermal Desktop
How to accurately simulate the thermal profile for subsystem components over the spacecraft's mission
How to connect Thermal Desktop with STK, ModelCenter, Mechanical and Sherlock for an accurate workflow for spacecraft thermal modeling

Who Should Attend

Engineers who are interested in planning a spacecraft's mission profile, and those interested in understanding the impact to the spacecraft's thermal performance in Thermal Desktop

Speakers

Eli Vidana
Doug Bell