Three new tools for designing a better blade cooling strategy

An integrated solution for end-to-end thermo-mechanical simulation of turbomachinery

Bringing teams with different design goals together in an effective, integrated workflow is almost always a challenge. The more complex the product, the more complex the challenge.

Three simple improvements to the Simcenter 3D software give turbomachinery manufacturers and designers the thermo-mechanical simulation edge they need. Now you can more efficiently create a whole engine model that streamlines multiphysics analysis and provides greater insight into the interrelated effects of heat transfer, fluid flow and structural mechanics in turbomachinery designs.

New Features in Simcenter 3D 2021.2

  • Immersed Ducts: Reduce the model setup and run time for blade cooling analysis
  • Thermal Protective Layers for Blade Cooling: Automatically model and compute thermal protective layers for easier post-processing
  • Boundary Condition Interdependency graphs: Verify the setup of complex boundary conditions with ease

Find out how these enhancements make turbomachine analysis easier and help designers determine the most effective blade cooling strategy. Read our guest post on the Siemens Digital Industries Software Simcenter 3D blog for detailed insight from Maya HTT’s own multiphysics experts.

Read: What’s New in Simcenter 3D 2021.2

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