Thanks to the parameterization of CAD designs, we are able to perform multiple geometric and operational modifications in the same study in the shortest possible time. This allows the customer to know first-hand what the performance of their new equipment will be, or to know more about those they already have.
Your trust comes first for us. Therefore, before carrying out any study, we commit ourselves to make a simulation with one of your running equipment to offer you the guarantee that our results are real.
At DPO FLUID we use the most suitable software for each case. By means of using and integrating different programs, our engineers develop the CFD process throughout all its stages (design, meshing and simulation).
Who We Are
CFD Technology and Industrial Equipment Performance
Our main aim at DPO FLUID is to validate and optimize industrial equipment that handles fluids. The use of CFD technology allows us to know the characteristics and performance of an equipment in a virtual way. That is a huge advantage when it comes to dealing with the manufacturing process.
Results and Confidence
At DPO FLUID we offer customized consulting services that will allow you to increase profits, decrease design or manufacturing costs and meet environmental, maintenance, or safety requirements in the fastest possible way.
We use CFD technology to let you know how new designs work.
We modify the design of an already commercialized equipment to make it more efficient by using geometric parameterization.
We create a database so that you automatically know the right design for certain operating conditions.
A look into the future of CFD
CFD is a safe bet for the future due to its enormous potential.
Advantages of performing CFD simulations in the cloud
How we can overcome these problems by making use of the new paradigm of simulations: simulations in the cloud or “cloud-computing”
Modal analysis: concept, utility and example
Modal analysis applied to a structure is the study of its modes of vibration and the frequencies at which they take place.
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