CFD- Computational Fluid Dynamics

We perform computational analyses at all necessary stages of product design.

In addition to mechanical analysis, we also use advanced analyses such as vibration analysis and CFD.

CFD analizi

The ability to manipulate and control air is indeed a great challenge. The mechanics of flows, especially fluid dynamics, is an active field of research. Many problems remain either partially or completely unsolved and are often solved by numerical methods using computers. This approach is the subject of computational fluid dynamics (CFD). There are also experimental approaches.

In addition to engineering calculations for many factors such as fans, filter systems, pipes, production areas, we perform CFD analyses and offer them to our clients.

State of the art

Thanks to many different software, various analyses are made in the design of our products. Thanks to these analyses, necessary arrangements are made to make our products more durable and longer lasting.

Computational fluid dynamics (CFD) is the science of using computers to predict fluid and gas flows based on the conservation equations of mass, momentum and energy. Fluids are everywhere and sustain our lives in endless ways. Vibrations in your vocal cords create pressure waves in the air, making it possible to speak and hear spoken words. Without fluids, the topspin of your tennis ball would be meaningless and your aeroplane would not generate any lift. Thanks to CFD, we can analyse, understand and predict the fluids that make up almost every part of our world.

There are many different approaches to solving fluid flow on a computer. Before you start, at a high level you need to determine which methodology to use, i.e. which governing equations to solve. This choice will narrow down which computational approaches are available. Assuming that a continuum approach is chosen (which is quite common), there are essentially 3 steps.

First, the fluid flow domain (the continuous region to be calculated) is defined (typically represented by a CAD model). Then, a mesh is applied to divide the domain into well-defined cells. Finally, the discretised version of the governing fluid equations is solved by the computer within each cell. In the context of high-performance computing (HPC), an optional step is to assign different groups of cells to different computers for parallel processing.

We optimise all our products by CFD (Computational Fluid Dynamics) analysis.

When ambient ventilation requests reach us, our engineers can quickly provide the most accurate solution by performing CFD analysis.