A numerical study of the influence of slip boundary condition on rotating flow

Abstract

A numerical solution is obtained for the steady flow of an electrically conducting non-Newtonian incompressible fluid past a plate. The flow is analysed under condition where the no-slip assumption between the plate and the fluid is no longer valid. The fluid under consideration obeys the rheological equations of state due to a third-grade fluid. The fluid is conducting in the presence of a uniform magnetic field under a small magnetic Reynolds number. The solution of the nonlinear equations of motion is obtained using MATLAB^®. The effects of the slip, third-grade parameter and magnetic field on the velocity distribution are presented graphically and discussed.

Keywords:

• Non-Newtonian
• Third-grade fluid
• Slip condition
• Rotating flow

Acknowledgements

Dr R. Ravindran is thanked for helpful discussions.

Notes

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Additional information

Notes on contributors

T. Hayat

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