広い非ニュートン流体中の回転円板の摩擦抵抗

概要

論文の詳細を見る
Treating on the basis of the idea of the boundary layer, the frictional resistances of a rotating disk in non-Newtonian fluid of infinite extension are approximately found by using the momentum equations in both cases of the laminar and turbulent boundary layer flows. As a result or these analytical treatments, it has been revealed that the relation between the Reynolds number R_e^* and the resistance coefficient C_M of a rotating disk in non-Newtonian fluids having different values of the rheological constant n is identical with that between R_e and C_M of the rotating disk in Newtonian fluid.
1961-02-25