Computational Fluid Dynamics Software

Choose from a wide range of industry leading RANS, LES & hybrid models. Fluent offers GEKO turbulence model tha can be adjusted for different flow regimes with tunable coefficients.

Engineers must account for interactions between liquids, solids and gases for accurate simulations of Industrial applications. Ansys provides accurate models like VOF, Eulerian and DPM models to account for gas-liquid, liquid-liquid, gas-solid, particle flows and even DEM.

The interaction between fluids and solids due to pressure and thermal loads is an important area of study for major engineering disciplines. Ensure the safety, reliability and optimize your product with high fidelity coupling of Fluent & Mechanical

Integration with Ansys workbench enables a streamlined workflow from blade design to analyzing results including design exploration and prametric studies.

Ice accretion on aircraft surfaces like pitot probes and wings can be calulcated while accounting for roughness distributions of glaze, rime or mixed-type ice.

EnSight enhances the post-processing of FEA simulations by enabling detailed data extraction across a wide spectrum of variables, including tensor operations. Its versatile post-processing architecture is well-suited to the diverse requirements of FEA simulations. With features like high-quality rendering, material properties, and ray-traced renderings, EnSight facilitates the creation of realistic animations from structural result solutions.

In DEM simulations, Ansys EnSight's particle display techniques offer advantages by enabling the visualization of very high particle counts while maintaining high frame rates. Users can color and filter particles based on variable values, and apply variable-based transparency and powerful calculator quantities on particles. These capabilities empower users to extract crucial information, metrics, and visualizations from DEM solutions.

Determine important combustion properties quickly, such as flame structure, ignition times, and how conditions affect them. Calculate the impact of the fuel's composition.

Determine the emissions, such as soot, CO, and NOx. Explore every detail you ever wanted to know about the number distribution and particle size.

Simulation and analysis of the motion and interactions of interconnected bodies (rigid or flexible) within mechanical systems.