The generalised Blasius correlation for turbulent flow past flat plates
K. T. Trinh

TL;DR
This paper derives a theoretical basis for the Blasius correlation in turbulent flat plate flow, showing coefficient dependence on Reynolds number and validating it against experimental data.
Contribution
It provides a theoretical derivation of the Blasius correlation, linking coefficients to Reynolds number and confirming the correlation with experimental data.
Findings
Coefficients depend on Reynolds number
Experimental data aligns with the derived correlation
Theoretical basis for empirical power law established
Abstract
This paper presents a theoretical derivation of the empirical Blasius power law correlation for the friction factor. The coefficients in this correlation are shown to be dependent on the Reynolds number. Published experimental data is well correlated. Key words: Blasius, friction factor, turbulence, power law, log-law, wall layer
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Taxonomy
TopicsFluid Dynamics and Turbulent Flows · Heat Transfer Mechanisms · Wind and Air Flow Studies
