Simulation of Vortex growth in planar entry flow of a viscoelastic fluid
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Simulation of Vortex growth in planar entry flow of a viscoelastic fluid

E. Mitsoulis,J. Vlachopoulos,F. A. Mirza;E. Mitsoulis;J. Vlachopoulos;F. A. Mirza;
journal of applied polymer science 1985 Vol. 30 pp. 1379-1391
164
mirza1985journalsimulation

Abstract

A numerical simulation of entry flow in a slit die has been undertaken for a fluid that is Newtonian in shear but exhibits normal stresses (Boger fluid). Experimentally measured normal stress and viscosity data are included in a simple rheological model. Flow patterns reveal the existence of vortices in the reservoir corners. Vortex size and intensity increase rapidly with elasticity level.

Keywords

model stress flow numerical simulation vortex experimentally rapidly corners planar rheological

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DOI:
10.1002/app.1985.070300405
URL:
https://sciprofiles.com/publication/view/eb3f20ed7...

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ID: 271336
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