Fluid motion is a ubiquitous phenomenon encountered in almost all systems known to man. Typically it will be closely coupled to other scientific phenomena such as mass and heat transfer, two-phase flow, thermodynamics, combustion, chemical kinetics and species formation, etc… Dealing with this complexity has led to a significant and still evolving body of work in thermofluid systems. The manipulation of the models, at various levels, to rationalize and quantify system behavior is the domain of Computational Fluid Dynamics (CFD).

At Optumatics we utilize our proprietary CFD tools to serve many engineering and industrial sectors. Working closely with you we will provide support across the spectrum of engineering functions, from analysis and diagnostics to optimizing system design and performance. Performing these functions in a math-based computational environment significantly reduces the time and cost of product development and new product design.

At the core of Optumatics’ CFD tools is a set of validated models representing the various scientific phenomena involved. We constantly sense technical developments and respond with cutting-edge technology that will give you a competitive advantage.

Given our cost structure which is significantly lower than our competitors’, we provide value that is difficult for others to achieve. Excellence, service, and integrity are deeply embedded in our core values… We believe we succeed only if you do. 


Clients we serviced include:

General Motors, FCA Chrysler Group, EcoMotors, Pinnacle, Roush CleanTech, Caterpillar.
Two-Phase Flows and Free Boundary Problems
Breaking barrier with sloshing demonstrates Optumatics’ two-phase flow capability. This expertise is critical to engineering problems involving time-dependent free surface phenomena, cavitation, boiling, etc…
Flow Stability and Natural Convection Flows
Natural convection flows are inherent to a variety of problems, from the analysis of atmospheric flows to safety critical issues in fire control and nuclear power plants. The above shows the evolution of a free convection plume off a hot plate computed by Optumatics’ proprietary software.
Optimization of Turbomachinery
Flow in an automotive turbocharger compressor gives a glimpse of Optumatics’ leading- edge technology in the analysis and optimization of turbomachinery for power, mobility, and other engineering systems.
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