Introduction to Turbulence Analysis

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10.1111/cgf.13532

Compared with previous works on multi‐scale turbulence analysis and visualization, our method is highly flexible and efficient in generating scale decomposition and visualization results.

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10.1016/J.NET.2019.06.024

In conclusion, this study confirmed that the MELCOR code, which has limitations in turbulence analysis, could underestimate the existence of local combustible gas at pipe rupture accident.

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10.21831/JPS.V24I2.26923

Finally, this study can provide a new insight of droplet behavior to support further investigation such as heat transfer and internal turbulence analysis.

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10.9765/KSCOE.2019.31.3.180

The open-source CFD code olaFlow based on the Navier-Stokes momentum equations is applied to the numerical analysis, which is a strongly nonlinear analysis method that enables breaking and turbulence analysis.

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Turbulence Analysis

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Feb 02, 2023

What is/are Turbulence Analysis?

Turbulence Analysis - Compared with previous works on multi‐scale turbulence analysis and visualization, our method is highly flexible and efficient in generating scale decomposition and visualization results. ^[1] In conclusion, this study confirmed that the MELCOR code, which has limitations in turbulence analysis, could underestimate the existence of local combustible gas at pipe rupture accident. ^[2] Finally, this study can provide a new insight of droplet behavior to support further investigation such as heat transfer and internal turbulence analysis. ^[3] The open-source CFD code olaFlow based on the Navier-Stokes momentum equations is applied to the numerical analysis, which is a strongly nonlinear analysis method that enables breaking and turbulence analysis. ^[4]