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Simulation Using Computational Fluid Dynamics

Simulation Using Computational Fluid Dynamics

Computational Fluid Dynamics is a science that employs data structures to address issues that are related to fluid flow including density, velocity as well as chemical composition.

This technology is employed in fields like cavitation prevention and HVAC engineering, aerospace engineering production of electronics, and more. You can find the best CFD consulting services online.

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Below is a list of the most common CFD simulation applications in use today:

1. Heating, Air conditioning, and Ventilation (HVAC) Applications of CFD Simulation

Despite being an overlooked fixture of our everyday lives, HVAC systems that pump and condition air into our homes and offices require intensive engineering and planning. 

Many HVAC equipment manufacturers have turned to CFD simulation to speed up prototyping and validating new designs. CFD simulation allows engineers to analyze the potential performance of their products in different spaces and different configurations.

2. Battery Simulation with CFD

At face value, the battery design process seems to have little in common with the likes of aerospace and HVAC design — where airflow plays a vital (and obvious) role in the core function of a product.

But battery design is a multidisciplinary process that requires several engineering practices — including chemical, electrical, thermal, and fluidic engineering. And as such, CFD simulation can play an important role in optimizing the performance and safety of batteries.