The combination of algorithmic and implementation excellence in CFD++ leads to many benefits to our customers: more actual accuracy on unstructured meshes even with high aspect ratio cells; ability to accept adapted meshes with greater distortions; more robustness even when solving to the wall on highly clustered meshes; realistic representation of steady and unsteady turbulent flows; sustainable lower cost to the consumer based on lower cost to produce, support and enhance the software; ability to customize the software to application areas such as aerospace, automotive, biomedical, marine, chemical, power, turbomachinery, industrial processes, electronic cooling, environment, etc. In short, it is a superset of various CFD methodologies available.
	The benefits of using CFD++ as a flow solver include the following: The most comprehensive and flexible geometric capabilities currently available.   Rapid (multi-grid and multi-CPU accelerated) solution methodology at all flow speeds.   Improved accuracy and robustness, even with stretched, high cell-aspect ratio mesh geometries.   Improved representation of turbulent flows using anisotropic, non-linear closures for RANS, LES and hybrid RANS/LES.   Advanced finite-rate chemistry models for arbitrary kinetic sets at any flow speed.   Powerful, user-friendly graphical interface.   Software customization for specific applications.   Sustainable lower cost to customer based on lower cost to produce, support and enhance the software.
	WHY CFD++? Flexibility: CFD++ offers the most accurate, reliable and fast solutions that cover wide range of engineering applications.   Performance: CFD++ will exceed expectations.    Cost-Effective: With CFD++, Metacomp puts a good value in front of the engineer.