The high-fidelity digital twin: Simulate reality no matter how complex the physics or geometry

Webinar on demand | 48 minutos

Learn how a high-fidelity digital twin in Simcenter STAR-CCM+ captures real-world product performance

 High-fidelity digital twin
High-fidelity digital twin

Gone are the days when engineers could consider a single component in isolation, often highly simplified in both geometry and physics, to assess a product’s performance. In today’s competitive world of ever more complex products and compressed timescales, a lack of understanding of the real-world performance of product designs can be the difference between success and failure.

The third in a four-part series, this webinar will demonstrate how Simcenter STAR-CCM+ enables you to build a high-fidelity digital twin. Handle complex geometry with a pipelined workflow from CAD to solution, and benefit from a vast array of multiphysics solutions that can work seamlessly together in a single integrated environment. All of which allows you to simulate reality efficiently no matter how complex the physics and gain unrivaled insight into designs.

You will learn how to:

  • Maintain geometrical complexity through the pipelined workflow avoiding loss of fidelity whilst saving time and effort
  • Improve insight into product performance by increasing physical realism whilst keeping computational costs to a minimum
  • Gain confidence in your designs and innovate through insights that only come through a high-fidelity digital twin in Simcenter STAR-CCM+

David Mann

Senior Technical Product Management Manager, Siemens Digital Industries Software