Mechanical Engineering, Ferdowsi University of Mashhad
Abstract
This paper reports the result of an analytical investigation of a steady, incompressible and viscous flow between two eccentric, rotating cylinders at high Reynolds number. A one dimensional case is far from reality because the gap between the cylinders is very small. Further, when their axes are displaced by a small distance, usually caused by bearing loads, two dimensional effects become obvious. Here the equations of motion are perturbed and made linear. Then utilizing the boundary layer theory, these equations are solved for the case of large Reynolds number. The results are compared to those of other works.
Baradaran Rahimi, A. (1996). Pressure Calculation in the Flow Between Two Rotating Eccentric Cylinders at High Renolds Numbers. International Journal of Engineering, 9(4), 201-210.
MLA
A. Baradaran Rahimi. "Pressure Calculation in the Flow Between Two Rotating Eccentric Cylinders at High Renolds Numbers". International Journal of Engineering, 9, 4, 1996, 201-210.
HARVARD
Baradaran Rahimi, A. (1996). 'Pressure Calculation in the Flow Between Two Rotating Eccentric Cylinders at High Renolds Numbers', International Journal of Engineering, 9(4), pp. 201-210.
VANCOUVER
Baradaran Rahimi, A. Pressure Calculation in the Flow Between Two Rotating Eccentric Cylinders at High Renolds Numbers. International Journal of Engineering, 1996; 9(4): 201-210.
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