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CFD++ The key researchers behind CFD++ have been pioneers in CFD development over the last two decades. Many of these contributions have found a lasting place in most CFD tools available today. In CFD++, the most comprehensive and modern CFD framework available for general engineering and scientific use has been created. CFD++ is a superset of the various CFD methodologies available and provides accuracy, robustness and ease of use over all flow regimes. CFD++ is a Computational Fluid Dynamics software suite built to tackle engineering and scientific applications in areas as: Aerospace: CFD++ can be used for all speed regimes from low speed to hypersonic (covering all types of aircraft including rotorcraft, fixed wing aircraft, re-entry vehicles, missiles, etc). It can be used for both aerodynamics and propulsion (including reacting flows, turbojets, ramjets, scramjets, pulse-detonation engines, combined cycle engines). Other aerospace applications include store separation, turbo machinery including the ability to model rotor stator blade rows using sliding interfaces. A quick turn-around proprietary methodology that can predict turbulent flows on coarse (inviscid-type) grids is also available for appropriate inclusion in the design iteration. Automotive: In automotive applications, CFD++ can be used for external and internal aerodynamics, HVAC systems, in-cylinder flows, under-hood flows, brake cooling, sun-roof, acoustics and aerodynamic noise. CFD++ can also be used to simulate train aerodynamics, e.g. tunnel entry/exit or trains passing at speed. Marine: CFD++ can be tailored for a variety of marine applications including hydrodynamics, free surfaces and cavitation. Biomedical: CFD++ can be used to study flow processes related to heart valves, blood flow, lungs, ear canals, eye, and medical equipment involving fluid flow applications. Manufacturing, etc.: CFD++ can be used to model manufacturing techniques such as chemical-vapour deposition. A comprehensive multiphase modelling framework is available that can accept customer-preferred physical models. Some of the features of CFD++ are:
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