COMPUTATIONAL FLUID DYNAMICS FOR REFRIGERATION SYSTEMS
A reliable economic solution for the design of all applications that interact with the air flows, water or every fluid of industrial work.
In air conditioning or food refrigeration system, the needs to maximize cooling power while minimizing energy consumption require the design of new products that limit heat dispersion and guarantee increasingly precise temperature regulation.
Through the use of fluid dynamics analysis, Phi Drive engineers can help you identify the dominant heat exchange phenomena in your system and determine its effects, in order to optimize its operation, improve energy efficiency and increase the performance of your refrigerant equipment.
Computational fluid dynamics (CFD)
The CFD analysis involves the translation into mathematical models of the properties of fluids, of the laws that govern them and of the objects around them.
This approach allows you to simulate movements and heat exchanges, greatly simplifying the prototyping phase, with consequent economic savings and faster time to market.
Obviously, cutting-edge software is not enough to determine the positive outcome of a design, what is fundamental is the correct interpretation and knowledge of the research team of the tools used. In this Phi Drive makes the difference.
- Rotary systems,
- Fans and turbines,
- Grids and Filters.
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