Capabilities

Capabilities#

Meshing

Automatic surface and volume mesh generation

GUI | API

Refinement zones

GUI | API

Rotor disk meshing

GUI | API

Sliding interfaces

GUI | API

Geometry cleanup and manipulation

Geometry AI surface meshing

User guide | Python example

CAD metadata ingestion and face grouping

GUI | API

Modeling options

Steady and unsteady viscous flows

GUI | API

Coupled stationary and rotating domains

GUI | API

Reynolds-Averaged Navier-Stokes

GUI | API

Actuator disk

GUI | API

Blade element theory (BET)

GUI | API

Porous media

GUI | API

Conjugate heat transfer

GUI | API

Aeroacoustics simulation

GUI | API

Turbulence modelling

Spalart-Allmaras (SA-neg)

GUI | API

Spalart-Allmaras with rotation-curvature correction (SA-RC)

GUI | API

Spalart-Allmaras with quadratic constitutive relation (SA-QCR)

GUI | API

k-\({\omega}\) SST

GUI | API

k-\({\omega}\) SST with quadratic constitutive relation (SST-QCR)

GUI | API

Delayed Detached Eddy Simulation (DDES)

GUI | API

Zonal Detached Eddy Simulation (ZDES)

GUI | API

Amplification factor transport (AFT), transition model

GUI | API

Shear-layer-adapted (SLA) grid scale for DES

GUI | API

Boundary conditions

Freestream

GUI | API

Slip wall

GUI | API

Symmetry plane

GUI | API

Wall (no-slip, isothermal, heat flux, wall model)

GUI | API

Inflow (subsonic inflow, mass flow in)

GUI | API

Outflow (back pressure, Mach, mass flow out)

GUI | API

Periodic (translational/rotational)

GUI | API

Porous jump

GUI | API

Post processing and visualization

Simulation outputs (volume, surface, slice, probe, isosurface, force, aeroacoustic)

GUI | API

3D visualization

GUI

Surface mesh diagnostics

GUI

Volume mesh diagnostics

GUI

Volume mesh slices

GUI | API

Streamlines

GUI | API

User customization

User-defined dynamics

GUI | User guide | API

Custom simulation variables and post-processing expressions

GUI: | User guide | API

User-defined stopping criteria

GUI | User guide | API