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Computational fluid dynamics simulations | CFD

Our dedicated Computational Fluid Dynamics (CFD) simulation department enables us to continuously improve the products and systems we design.

Leveraging our expertise in CFD, we support companies in optimizing processes and developing innovative, high-efficiency solutions. Contact us to learn how we can help enhance the performance of your systems through computational fluid dynamics analysis.

CFD: Analysis and Simulations for Optimal Solutions

Computational Fluid Dynamics (CFD) is an advanced tool that allows for the analysis of fluid behavior within a system, enabling process optimization and improved performance of industrial solutions.

With CFD, it is possible to predict liquid and gas flow, evaluate turbulence, pressure and temperature distribution, and simulate complex scenarios without the need for lengthy and costly physical testing.

WHAT IS COMPUTATIONAL FLUID DYNAMICS?

Computational fluid dynamics, commonly referred to by the English acronym CFD Computational Fluid Dynamics, identifies the numerical technique for studying fluid mechanics through computers.

WHAT ARE THE BENEFITS OF CFD?

CFD analyses allow us to predict the performance of a product even before it is manufactured, studying it as if it were already operational in a laboratory setting. This results in significant time and resource savings. This results in significant savings in time and resources.

Industrial Applications of CFD

CFD analysis is applied across multiple industrial sectors, including:

Paper industry

Optimization of chemical agent distribution and cleaning process efficiency.

Food & Beverage Industry

Design of cleaning systems for tanks and production plants.

Automotive and Aerospace Industry

Flow simulations to improve aerodynamics and cooling efficiency.

Water Treatment

Optimization of fluid distribution in filtration and purification systems.

Do you have a complex project that CFD can solve?
Contact our experts for a personalized consultation.

Our workflow

Our approach to CFD consists of several phases to ensure reliable and tailored results:

1 | Customer Needs Analysis

Understanding the specific problem and defining the simulation objectives.

2 | Digital Model Creation

Developing a detailed representation of the system to be analyzed.

3 | Simulation and Data Analysis

Using advanced software to process data and evaluate fluid behavior.

4 | Optimization and Solution Proposal

Providing actionable insights to enhance system design and performance.

CFD Applications

Some examples of the CFD simulations we provide:

Thermo-Fluid Dynamics Simulation to investigate and predict thermal and fluid behavior. Specifically, we can analyze:
Static and dynamic cooling performance.
System sizing and coverage analysis.
Temperature distribution and localized thermal analysis.

Heat and mass transfer calculations with surrounding gases under various environmental conditions.

Flow rate calculations and pressure loss assessments for single or multi-fluid systems in pipelines and fittings.

Internal nozzle flow rate predictions, including spray pattern, distribution, spray characteristics, and droplet size analysis.

CFD analyses allow us to anticipate product performance before manufacturing, treating it as if it were already operational in a controlled environment.

This leads to substantial time and resource savings.