If it involves physics, we can probably simulate it. We’ve helped clients optimize everything from aircraft wings to chemical reactors. Common applications include improving fluid flow, assessing structural integrity, managing heat transfer, reducing vibration, predicting fatigue life, and streamlining industrial processes.

CFD is like a superpower for fluid-related challenges. It’s helped our clients reduce drag on vehicles, improve cooling in electronics, optimize HVAC systems in buildings, and even enhance mixing in chemical processes. By visualizing fluid behavior, we often uncover opportunities for improvement that aren’t obvious from the outside.

FEA gives you an X-ray vision of your product’s structural behavior. It shows exactly where stresses concentrate, how your product deforms under load, and how it might fail over time. This insight allows you to optimize your design efficiently, often reducing weight and material costs while improving performance. And unlike physical testing, FEA lets you quickly test dozens of design variations.

Process Simulation is like having a crystal ball for your operations. It allows you to test different scenarios and identify bottlenecks without disrupting your actual production. Our clients have used it to increase throughput, reduce waste, optimize resource allocation, and even plan for unexpected events. It’s particularly powerful for complex systems where the impact of changes isn’t immediately obvious.

We’re as skeptical of our results as you might be – until we prove their accuracy. We use a combination of techniques, including mesh refinement studies, sensitivity analyses, and comparison with experimental data when available. For critical applications, we can even quantify the uncertainty in our results. Our goal is to give you not just answers, but answers you can stake your reputation on.