For flows where (operatorname{Re} < <1), viscous forces dominate over inertia forces. Such flows are known as

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For flows where \(\operatorname{Re}<<1\), viscous forces dominate over inertia forces. Such flows are known as creeping flows. Consider creeping flows in a lid-driven cavity.

a. Write the governing equations and the boundary conditions.

b. Non-dimensionalize the governing equations and the boundary conditions.

c. Develop the \(\psi-\omega\) equations and the boundary conditions.

d. Write a PYTHON program to solve the governing equations.

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Design And Analysis Of Thermal Systems

ISBN: 9780367502546

1st Edition

Authors: Malay Kumar Das, Pradipta K. Panigrahi

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