Turbulence in CFD

ByFawzy

In the world of engineering, understanding turbulence is crucial. Whether it’s optimizing pipe flows, designing efficient jets, crafting aerodynamic marvels in automotive and aircraft sectors, or exploring climate modeling complexities, turbulence plays a pivotal role.
So, what exactly is turbulence? Simply put, all flows, when they exceed a critical Reynolds number (UL/ν), transition from orderly laminar flows to the chaotic realm of turbulence. This transition occurs when the momentum force of the flow surpasses its inherent viscosity, spawning eddies and unpredictable fluctuations in velocity and pressure across significant portions of the flow.
At Streamline, we specialize in CFD engineering services and analysis, navigating the intricate dynamics of turbulent flows with precision and expertise. Stay tuned for future posts where we delve deeper into the various turbulent models offered by CFD software.
Curious to learn more? Keep an eye on our page for insightful discussions and updates!

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