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An attempt is made to study the classical Von Kármán flow problem for Jeffrey fluid by using a generalized non-similarity transformation. This approach is different from Von Kármán's evolution of the flow. Here, physical quantities are allowed to develop non-axisymmetrically. The three-dimensional equations of motion for Jeffrey fluid are treated analytically yielding the derivation of a closed form solution for the velocity field. Exact expressions for the vorticity components, shear stressesdoi:10.12988/ams.2013.13089 fatcat:n7likgavpvbq3bclzdogp34jyq