Multiscale Experiment Creation

Multiscale Experiment Creation lets you rapidly create complex multiscale and multiphysics simulations.

Multiscale experiments can combine 3D physics simulations with logical system simulations that are highly abstracted approximations of real-world physical behavior. Logical system simulations are zero-dimensional (0D), lumped parameter models. You can create these models in the 3DEXPERIENCE Functional & Logical Design and Dymola Behavior Modeling systems modeling apps. 0D system models are usually packaged in the form of an FMU (functional mockup unit) component that you can use in an experiment.

Multiphysics experiments involve high-precision 3D simulations such as mechanical finite element analyses, computational fluid dynamics (CFD) flow simulations, and electromagnetic simulations. You can combine two different physics domains to create a co-simulation such as a fluid-structure interaction (FSI).

See Also
What's New
Multiscale Experiment Creation Basics
In Other Guides
3DEXPERIENCE Platform
3DEXPERIENCE Dashboard Apps

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Multiscale Experiment Creation is a dashboard app that allows you to:

  • Efficiently define multiphysics co-simulation experiments such as fluid-structure interaction (FSI), conjugate heat transfer (CHT), and cyber-physical system analyses
  • Use additional co-simulation functionality derived directly from features available in the 3D physics solvers and the co-simulation services
  • Include simulation models from partners, that they can provide in the form of abstractions

Multiscale Experiment Creation provides key benefits including:

  • A graphical interface in which you develop and visualize your experiment
  • A high-level, top-down approach to developing co-simulation experiments
  • A unified environment where experts in different simulation domains can collaborate, bringing their expertise together in a single experiment
  • Services for distributed high-performance computation and automated co-simulation execution