We investigate a viscous flow over a cylinder with stretching and torsional motion.There is an exact solution to the Navier–Stokes equations and there exists a unique solution for all the given values of the flow Reynolds number.The results show that velocity decays faster for a higher Reynolds number and the flow penetrates shallower into the ambient fluid.All the velocity profiles decay algebraically to the ambient zero velocity.
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机译：INFLUENCE OF THERMAL RADIATION ON ENTROPY ANALYSIS OF GENERALIZED MHD UNSTEADY VISCOUS FLUID FLOW ON A STRETCHING SHEET WITH JOULE HEATING AND VISCOUS DISSIPATION
