What's included:
- AutoBlade
AutoBlade is an advanced and easy-to-use parametric modeller dedicated to the design of rotating and turbomachinery blades and channels. AutoBlade provides a multiview layout for fast editing and analysis of the design parameters, with a full undo/redo capability. AutoBlade can be used as a stand alone product or as part of NUMECA's design and optimization suite, FINE/Design3D and FINE/Turbo.
- CFView
CFViewTM is a polyvalent scientific visualization software system offering all type of qualitative and quantitative outputs for 2D and 3D scalar or vector fields. Steady or unsteady data can be loaded, with 2D/3D steady state or transient animations.
CFViewTM supports scripts for parametric visualization. Recorded templates can be used for automatic replay of saved screenshots on a new data set. Furthermore, it offers specific features for rotating and turbomachinery problems, such as meridional, blade-to-blade, pitch averaged and cylindrical views.
- FINE/Turbo
FINE/Turbo is a fast and accurate Flow Integrated Environment available for the simulation of internal, rotating, and turbomachinery flows, and this for all types of fluids. FINETM/Turbo integrates a fully hexahedral, highly automated grid generator, AutoGridTM, advanced density-based numerical algorithms with local preconditioning. The package is completed by CFViewTM, an advanced visualization tool. Users pilot FINETM/Turbo through an easy-to-use and intuitive interface for fast solution set-up, or through a batch process for transparent integration in a design cycle.
- FINE/Design3D
FINE/Design3D is a highly customized Integrated Environment for the design and optimization of blades and channels of rotating machinery. This tool allows designers to explore the concept of computer-based innovative design. FINE/Design3D is integrated in a user-friendly interface with full parametric blade modeler (AutoBlade), advanced neural network, and efficient optimization algorithms. Its all-in-one structure allows a direct integration into the design cycle.