Ansys FENSAP-ICE and Fluent Icing
• Accurately capture local blockage and flow redirection to uncontaminated parts of wire mesh screens
(e.g., Engine FODs) with a new Screen Icing Model accounting for total pressure losses in FENSAP-ICE.
• Perform what If studies, sensitivity analysis, build custom design of experiments and more with the
new Multiphysics Parametric Exploration in Fluent Icing.
• Perform steady state simulations of electro-thermal and hot air anti-icing systems with a simplified
workflow directly in Fluent-Icing (beta).
Ansys EnSight
• Improvements in rendering, including Lighting Presets, Light Attenuation and SPH OSPRay rendering
increase the end-user productivity and usability.
• The OSPRay engine can now get lighting instructions to ray trace the geometry from HDRi images for a
more realistic rendering of simulation results (beta).
Ansys System Coupling
• Introducing PySystemCoupling package for easy access to System Coupling, allowing flexible
integration between other PyAnsys products as well as wider Python developer ecosystem.
• Add support for mapping of complex mode shapes from Mechanical modal analysis to CFD blade
flutter analysis to perform aerodynamic damping analysis.
• User interface improvements, including ability to view participant transcripts in the System Coupling
graphical user interface.
