COMPUTATIONAL MODELING OVERVIEW

With our computational modeling services, customers benefit from our experience using both gas and fluid flows in an interdependent environment. Furthermore, our library of spray data refines our models giving you the best possible results for any spray-related application.

Injector CFD Redering

Computational Modeling Solutions

Browse through our library of modeling case studies to see how we've helped our customers and contributed valuable modeling research to the greater scientific community. Documents provide a full breakdown of our CFD process and how our results provided value and actionable solutions for our customers.
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CFD gascooling

Computational Fluid Dynamics (CFD)

CFD uses numerical analysis and data structures to analyze and solve fluid flow problems. We can apply CFD to a wide range of applications and industries: gas cooling and gas quench, chemical processing, HVAC, spray drying, turbomachinery and more.

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finite element analysis diagram

Computational Structural Analysis (FEA)

We simulate physical phenomenon using numerical techniques such as FEA. We can then reduce the number of physical prototypes and experiments and optimize components in their design phase to help you develop better products, faster. 

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Spray Lance cfd collage

Fluid Structure Interaction (FSI)

FSI examines the relationship between fluid dynamics and structural integrity. FSI uses stress analysis calculations to ensure that nozzles, lances, injectors and headers are not subjected to extreme forces that may result in hardware failure.

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SpraySIM™ Simulation Solutions

SpraySIM™ is our company-made simulation suite aiming to model specific applications such as Tank Cleaning, Tank Mixing, Spray Coating, Duct Cooling, and more. All coming at a fraction of the cost and time of a standard CFD simulation.

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Let us know if you have questions or would like to schedule a conversation with one of our research engineers.  Contact Us