About Metacomp Technologies
Founded in 1994, Metacomp Technologies is at the forefront of cutting edge technology in Computational Fluid Dynamics (CFD), Computational Aero-Acoustics, Structural Analysis and Mesh Generation with its products in widespread global use. Metacomp’s activities include R&D, software development, dissemination and support, in the areas of fluid dynamics, structural analysis, numerical algorithms, turbulence & combustion modeling, acoustics, geometry modeling, mesh generation.
Metacomp Technologies’ software products are setting the pace in the CFD marketplace with their unique combination of Accuracy, Reliability and Performance. Metacomp Technologies is a leading provider of software tools for major aerospace, defense, and automobile manufacturers, many US government labs and research organizations as well as companies require complex modeling during research and development.
Metacomp Technologies has built its reputation not only through market-leading software functionality, but also 
through the Speed and Quality of its customer support. Unlike some other, larger competitors, Metacomp Technologies doesn’t use call centers – itsupports its products with software engineers who have a deep, hands-on understanding and knowledge of how to apply its products in many, very tough, testing and modeling scenarios. During the last few years, Metacomp also developed a reputation in the industry for being able to provide solutions for problems that other software companies had failed to resolve.
Metacomp Technologies offers significant scientific and technical resources for consulting work. With plenty of computing power, Metacomp’s teams of consultants are senior level engineers and scientists, consisting of CFD and structural analysts who are also experts in CAD geometry development and mesh generation for very challenging geometries and applications. Consulting services from Metacomp Technologies provides cost savings by minimizing design costs, allowing companies to obtain solutions to problems that require superior experience and expertise and possibly, large computing resources.
Metacomp Technologies, Inc. is headquartered in California, USA with distribution channels around the world. In India, they are building their own technical center of excellence through their subsidiary, Metacomp Technologies Pvt. Ltd., located in Chennai
About CFD++
Metacomp flagship product CFD++ is based on unified grid, unified physics and unified computing methodology in 
an advanced numerical discretization and solution framework. CFD++ is based on a multi-dimensional TVD polynomial reconstruction with up to fourth order accuracy in time in explicit mode and second order accuracy in time in implicit mode. CFD++ is based on finite-volume framework with fast convergence to steady state and fast computation of unsteady flows, with enhanced speed using dual time stepping. CFD++ application capabilities include the following:
- High speed reacting/non-reacting flows
- Low speed reacting/non-reacting
- Incompressible flows
- Conjugate heat transfer
- Multiphase flows
- Sliding and overset meshes for flow around and within bodies in relative motion
- 6-DOF Applications (Highly accurate 6-DOF module, providing trajectory analysis of bodies in flight. Used in applications such as; unsteady response to control surface actuation, safety of store separation from aircraft. The tightly coupled rigid-body and fluid dynamics produces accurate transient response)
CFD++ can run very small scale to very large-scale problems very effectively, using the appropriate hierarchy of computer hardware platforms and interconnects (from laptops to massively parallel computers)
Benefits of CFD++
The combination of algorithmic and implementation excellence in CFD++ leads to many bene?ts to our customers: increased actual accuracy on unstructured meshes even with high aspect ratio cells; ability to accept adapted meshes with greater distortions; increased robustness even when solving to the wall on highly clustered meshes; realistic representation of steady and unsteady turbulent ?ows; sustainable lower cost to the customer based on lower cost to produce, support and enhance the software; customization of the software to application areas and even niches within each application area 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.
Simplifying Complexity with CFD++..
- Sliding/Moving Meshes
- Rotating Machinery
- 6 DOF/Moving Bodies
- Conjugate Heat Transfer
- Porous Media
- High Speed/Low Speed Reacting flows
- Multi-Speed Problems
- Mesh Improvement/Adaptation
- Algorithmic treatment of “bad” mesh cells
- Component Modeling (Swirler, etc.)
- Dispersed phase (particles and droplets)
- Free Surfaces and Fronts (?ames, shocks, etc.)
- Radiation
CFD++ IS BUILT TO TACKLE ENGINEERING AND SCIENTIFIC APPLICATIONS IN A WIDE VARIETY OF AREAS…
- Aerospace
- Appliances
- Automotive
- Biomedical
- Chemical
- Electronics cooling
- Wind Energy
- HVAC
- Mixing
- Pumps
- Turbomachinery
CFD++ is not just a flow solver but a software suite that includes a rich collection of tools to help increase the end users’ effectiveness. For example, the tool kit includes the ability to perform domain decomposition for very large meshes in a very short time. CFD++ is able to compute solutions for such problems in less than the time it takes for some other software to load the very large model into the computer.
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