alexa Abstract | A Computational study of Bingham plastic flow of Blood through an artery by multiple stenoses and post dilatation

Advances in Applied Science Research
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The present paper deals with fully developed one dimensional Bingham plastic flow of blood through a small artery having multiple stenoses and post-stenotic dilatation. We have determined the resistance- to flow -ratio for yield stresses 0, .02, .04 n/m2, blood viscosities 0.00345, 0.004, 0.00455 Pa.s and fluxes 1, 10, 100. The resistance- to - flow moves nearer to unity as yield stress increases and flux decreases. Variation in viscosities shows no significant change in Resistance –to-flow ratio. The degree of these changes is maximum for yield stress and slightest for flux. The results are discussed numerically and graphically

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Author(s): A K Singh and D P Singh


Resistance-to flow, Bingham plastic, blood viscosity, yield stress, flux, Bingham plastic

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