This paper addresses the boundary-value problem related to the steady Stokes flow in a finite cylinder with helical rigid strips (impellers) inside it. The flow is generated by a rotating motion of the surface of the cylinder. Our aim is to develop an efficient analytical-numerical method for this problem. For this goal the general spatial solution Stokes equations for the internal volume of the finite cylinder have been constructed and the fundamental solution of the Stokes equations technique has been used.
展开▼
