This study addresses the creeping flow of streaklines that occur in cylindrical containers. Two blades installed along the boundary are oscillated to drive the fluid. Flow fields are determined by three parameters, including the blade lengths and period ratios. This investigation indicates that a rotating blade with a shorter period produces streaklines with significant stretching, bending, and folding, whereas blades with longer periods reduce these phenomena. The streaklines are varied significantly by changing the blade lengths with a shorter period.