With Fidelity™ CFD, you can solve fluid mechanics challenges such as incompressible and compressible flows, laminar flows, acoustics, particle tracking, heat exchangers, combustion phenomena and much more. If you need a stand-alone meshing tool, Pointwise automates all or parts of the meshing process for you and your team without loss of quality and control.
Steady State
Choose accuracy in your simulation, e.g. RANS and time-dependent scale resolution models or for conditions with pressure or density based solvers.
Automatic waterproof meshing
With Autoseal, the design process is reduced from weeks to hours.
Automated workflows
Optimised speed and reliability of workflows through intelligent CPU/GPU resources.
Built-in automation
Unique automation for resistance at low and high Froude numbers, seakeeping, propulsion, trim optimisation, open water propellers, etc.
Free surface solution
Efficient free surface modeling with respect to both water and air, appropriate turbulence modeling and efficient grid adaptation.
Superb accuracy and speed
Account for changing ocean conditions in the design process at high speed without loss of accuracy on results.
Custom workflows
Import and export a quality mesh to any solver format. Explore hybrid RANS/LES methods and convergence acceleration technologies in your custom GUI.
Unique mesh generation
Optimise your CFD efficiency while maintaining excellent reliability and accuracy.
Improve accuracy
While RANS methods provide reliable accuracy, additional methods such as High-Order, DNS and LES can all be used to improve accuracy.
Spectacular solvers
Nonlinear harmonic methodology helps analyse unsteady flows, transient behavior and fast tonal noise faster than ever before.
Automesh
Meshing of complex geometry can be done in minutes and allows to create structured, unstructured or hybrid meshes efficiently.
Optimisation of design cycles
Avoid overcomplicated workflows with one unified platform for design, simulation and optimization in one place.
Our expert, Anders, introduces you to the basic principles behind Computational Fluid Dynamics, demonstrates some of the tools' features and includes some inspiring examples of the application of CFD simulation.