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This paper uses the estimates of phase-locked parameters at the onset ofbursting presented in a companion paper to derive logarithmic correlations forturbulent friction factor losses in time-independent power law fluids.  Two different techniques for analysis were used. They gave logarithmiccorrelations with different coefficients. But both correlations predicted 264data points of friction factors published in the literature with a standarderror of 1.3%.  The derivations show how modern understanding of coherent structures embeddedin turbulent flow fields can be used to derive engineering correlations forhead losses.  Key words: Friction factor, turbulent, logarithmic correlations, power law,non-Newtonian

Logarithmic Correlations For Turbulent Pipe Flow Of Power Law Fluids