Digital Twins: Your Key to Successful Spacecraft Design

This evolution shakes up some fundamentals of space systems engineering. Companies must concentrate on reducing the time, cost and risks of spacecraft design while delivering excellence and dealing with complexity.

This paper explores reasons why the digital twin has become a necessity for spacecraft systems engineering. It describes the factors driving the transformation of the industry and solutions to achieve spacecraft design priorities.

You will gain insights into applications of the digital twin technologies for:

• Propulsion system performance engineering
• Fluid dynamics and heat transfer
• Structures, systems and robots
• Thermal management
• Electromagnetic performance engineering
• Spacecraft safety and mission assurance
• Integration, verification and qualification

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