CFD simulation
Do you need to diagnose how your process is functioning or how it will behave when input variables change? For industrial systems involving heat exchanges, such as treatment furnaces, melting, or curing of materials, we have the necessary resources to perform CFD simulations that provide the best results for decision-making.
Description of the service
The use of simulation techniques, particularly computational fluid dynamics (CFD), enables a deep understanding of the fluid dynamic behavior of equipment and processes.
At CIRCE - Technology Center, we specialize in the use of advanced simulation techniques, particularly CFD, a technology that provides deep insights into the fluid dynamic behavior of equipment and processes. Through CFD modeling, we can determine the causes of inadequate equipment performance and reduce design time and costs. In this regard, we provide clients with precise calculations of aerodynamic loads, thermal loads, and the velocities, pressures, and temperatures of fluids in specific volumes.
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Value proposition
Detailed analysis of fluid dynamics and heat transfer
We provide precise calculations of aerodynamic loads, thermal loads, and the velocities, pressures, and temperatures of fluids in specific volumes.
Cost reduction and product improvement
Our CFD simulation allows for multiple design iterations without incurring the costs associated with physical manufacturing processes.
Valuable information before manufacturing
We provide data on the operating points of equipment without the need for fabrication, thereby accelerating the development process.
Improvement of thermal comfort and equipment performance
Through our analysis, we enhance thermal comfort and optimize equipment performance.
Frequently Asked Questions (FAQs)
Through CFD simulation, you can make changes in the geometry or design points of your equipment that will allow you to know its behavior without the need for costly manufacturing processes. This allows a considerable cost reduction in product development and improvement.
