Computational Fluid Dynamics

By calculating various fluid properties, CFD software provides accurate predictions of real-world physics. We use advanced simulation software and modeling along with predictive analytics to make better design decisions.

What is Flow Simulation?

Every predictive engineering engagement begins with model preparation, which includes geometric preparation, discretization, simulation and post-processing. It is crucial that the results of the flow simulation are analyzed and communicated clearly.

Computational Fluid Dynamics step 1
blue arrow icon

Geometric preparation allows us to create digital models that help us visualize, analyze and design structures and objects

blue arrow icon
Computational Fluid Dynamics step 4
blue arrow icon

Discretization allows us to visualize continuous functions, air flow and temperature variations within a simulated model.

blue arrow icon
Computational Fluid Dynamics step 2
blue arrow icon

Simulation serves as an approximate imitation of the operations within a system to represent its performance over time.

blue arrow icon
Computational Fluid Dynamics step 3

Post-processing is the analysis and interpretation of results from the simulation for conflict identification, opportunity exploration, and results validation.

border graphic

Our Approach

border graphic

CFD is an integral part of our technology-driven design process. This powerful tool delivers tremendous value to our clients because we can detect design flaws early on and discover opportunities to optimize performance in early design stages.