SIMULIA XFlow CFD
High Fidelity Computational Fluid Dynamics
XFlow CFD Multifluids & multiphysics Fluid Dynamics to predict transient dynamic behaviour
Automatic Lattice Generation
XFlow CFD minimizes user inputs while reducing time and effort in the pre-processing phase of a typical CFD workflow.
Adaptive Wake Refinement
XFlow can refine the quality of the solution in flow and near the walls, dynamically adapting to the presence of strong gradients and refining the wake as the flow develops.
Fast simulation setup
XFlow CFD is very user friendly and allows you to set-up your CFD simulations fast and straight forward.
Turbulence modeling: High fidelity WMLES
XFlow CFD features the highest fidelity Wall-Modeled Large Eddy Simulation (WMLES) approach to the turbulence
A unique, fast, powerful and scalable CFD approach
Multiphase and free-surface flow models
Fluid Structure Interaction - FSI with Abaqus and others
Near-linear scalable performance
XFlow CFD for Multiple Industries
Diverse industry specific capabilities to capture and predict many different behaviours.
XFlow possibilities explained for automotive industry
Aerodynamics & Virtual Wind Tunnel
Powertrain & Gearboxes
XFlow possibilities explained for aerospace industry
XFlow CFD is capable of simulating aerospace applications involving moving parts. This unique capability allows the running of full polar sweep analysis, flaps deployment dynamics, landing gear deployment, turbofan or helicopter blade rotations and any other flight maneuvers.
Fluid Structure Interaction
XFlow possibilities explained for manufacturing industry
Fans & MIxers
Nozzles & Sprays
Valves & Pumps
XFlow possibilities explained for Energy industry
Oil & Gas
XFlow possibilities explained for Marine industry
The adaptive refinement algorithm of XFlow can also detect and refine dynamically and automatically the ship wake and the free-surface of the fluid. For sailing boats, the multiphase solvers of XFlow allows both hydrodynamic analysis on the boat and aerodynamic analysis on the sail to be performed at the same time.