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Unsteady Rotational Motion Of A Micropolar Fluid Inside A Right Circular Cylinder Using State Space Approach, Sarah Ahmad Slayi S.A.Slayi, Emad Ashmawy
Unsteady Rotational Motion Of A Micropolar Fluid Inside A Right Circular Cylinder Using State Space Approach, Sarah Ahmad Slayi S.A.Slayi, Emad Ashmawy
BAU Journal - Science and Technology
In this work, the unsteady rotational motion of an incompressible micropolar fluid inside a right circular cylinder is investigated. The classical no-slip and no-spin boundary conditions are proposed. The problem is solved analytically using the state space approach together with Laplace transform technique. The inverse Laplace transform is carried out numerically using a numerical technique based on Fourier series expansion. Numerical results for the flow field functions are represented graphically for different values of the time and micropolarity parameters.