FINE™/Turbo is the fastest CFD suite for turbomachinery on the market. Compressors, wind turbines, turbochargers, aero-engines, hydraulic turbines and pumps or gas turbines: FINE™/Turbo is specifically designed for these applications. What makes it so fast? A fully structured approach, multi-grids and acceleration techniques like residual smoothing, the CPU-Booster™ or the NLH method.
Whether the fluid is incompressible or compressible, sub- or supersonic regime – FINE™/Turbo is your tool. A user-friendly and intuitive graphical interface enables you to setup, organize and post-process the numerical computations of your turbomachine efficiently.
FINE™/Turbo is fully scriptable and can be accessed via batch mode, making seamless integration and automated simulations of speed lines or entire compressor/turbine maps possible.
FINE™/Open is a simulation suite to compute complex internal and external flows. The range of applications covers turbomachines, vehicle aerodynamics and multi-physics problems like combustion or heat transfer. The extension OpenLabs™ adds a very powerful interface to modify existing or create own physical models, with an easy-to-use meta programming language. In this way, simulation-specific parameters which are usually not accessible in a CFD-code can be adjusted. For instance, you can customize turbulence models, add source terms or build completely new models.
FINE™/Marine is a CFD code designed specifically for multiphase hydrodynamic problems, developed at the Ecole Centrale du Nantes and distributed commercially by NUMECA International S.A. FINE™/Marine has quickly become a global player and is chosen worldwide by ship designers and naval architects: from commercial applications up to racing, like the America’s Cup Teams.
Thanks to the C-Wizard, full CFD setups (including the meshing) for typical applications like resistance, planing hulls, propulsion, seakeeping and maneuvering are prepared in a few clicks. FINE™/Marine is fully scriptable and ready for even the most complex marine and offshore problems, thanks to overset grids, dynamic libraries and adaptive grid refinement.
