A three-region empirical model, closed with one fitted boundary-layer scaling, predicts Taylor-Couette torque grows as Ta^{1/2} divided by the square of a Lambert W function.
Advances in Computational mathematics\/ 5 (1), 329--359
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Large-eddy simulation and modeling of Taylor-Couette flow with an outer stationary cylinder
A three-region empirical model, closed with one fitted boundary-layer scaling, predicts Taylor-Couette torque grows as Ta^{1/2} divided by the square of a Lambert W function.