AxSTREAM™ for Radial Turbine Design, Analysis and Optimization

  • Mixed radial/axial flow path design “from scratch” using a small number of basic parameters and a set of geometric constraints.
  • Interactive meridional design of radial turbine stage.
  • Enhancement and optimization of stage radial and meridional dimensions.
  • Corporate-value features: loadable custom-defined fluid models and loss models.
  • Camberline/Thickness profiling methods with interactive editing.
  • Meanline analysis of mixed radial/axial turbomachinery flow path using as-designed and off-design operational conditions.
  • Radial stage axisymmetric analysis.
  • Integrated optimizer based on design-of-experiment (DoE) methodology capable of developing radial turbine characteristics curves and searching for optimal solution of multi-criteria problems.
  • Performance map generation.
  • Interactive 3D turbine airfoil design.
  • Capability to export 3D radial turbine airfoil geometry in formats acceptable for Numeca, CFX, etc. CFD solvers and in IGES format for CAD/CAE packages.
  • Express 3D structural and modal analysis (including Campbell diagram) of radial turbine blade via embedded FEA module with automatic mesh generation – AxSTRESS.
  • 3D CFD flow analysis via embedded CFD calculation solver AxCFD with automatic mesh generation and post-processing of obtained results.
  • Flow charts and charts for blade loading on Profiling module.
  • Detailed Mollier diagram.

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