Results 211 to 220 of about 9,360 (262)
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1984
Fluids give and flow under stress. Newtonians are the simplest of fluids, and they are characterized by the property that the velocity gradient at a point is proportional to the shear stress at that point, thus $$({\rm{Shear\;rate}})\alpha ({\rm{shear\;stress}})\;\;{\rm{or}}\;\;{{du} \over {dy}}\alpha \tau$$ All other fluids are called non ...
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Fluids give and flow under stress. Newtonians are the simplest of fluids, and they are characterized by the property that the velocity gradient at a point is proportional to the shear stress at that point, thus $$({\rm{Shear\;rate}})\alpha ({\rm{shear\;stress}})\;\;{\rm{or}}\;\;{{du} \over {dy}}\alpha \tau$$ All other fluids are called non ...
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A REMARK ON THE ATTRACTORS OF NON-NEWTONIAN FLUIDS
Acta Mathematica Scientia, 2003zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Guo, Boling, Lin, Guoguang
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A model equation for Non‐Newtonian fluids
Mathematical Methods in the Applied Sciences, 1981AbstractA one‐dimensional model for the equations of motion of a “simple fluid” according to Noll is proposed. An exterior problem for the model equation is solved by means of a transform method.
M. Niggemann, K. Kirchgässner
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Acta Mechanica, 1978
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Viscous fingering in non-Newtonian fluids
Journal of Fluid Mechanics, 2002We study the viscous fingering or Saffman–Taylor instability in two different dilute or semi-dilute polymer solutions. The different solutions exhibit only one non-Newtonian property, in the sense that other non-Newtonian effects can be neglected. The viscosity of solutions of stiff polymers has a strong shear rate dependence.
Lindner, Anke +4 more
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Entrance Flows of Non-Newtonian Fluids
Transactions of the Society of Rheology, 1973The creeping flow of a Powell-Eyring fluid through a sudden tubular contraction is considered, and finite difference solutions of the vorticity transport and stream function equations are obtained for a range of contraction ratios, fluid properties, and apparent shear rates.
Duda, J. L., Vrentas, J. S.
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2016
How could you characterize a liquid? You could start with its color, maybe talk about its smell or taste (watch out!) and consider its acidity (lime juice or soap). But sooner or later you will think about the liquid’s viscosity. The viscosity quantifies what we use to call a “thick” or “thin” liquid.
Benjamin Bahr +2 more
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How could you characterize a liquid? You could start with its color, maybe talk about its smell or taste (watch out!) and consider its acidity (lime juice or soap). But sooner or later you will think about the liquid’s viscosity. The viscosity quantifies what we use to call a “thick” or “thin” liquid.
Benjamin Bahr +2 more
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1997
Abstract A new branch of fluid mechanics,Rheology, has rapidly been developed. It deals with non-Newtonian fluids which behave anomalously in comparison with Newtonian fluids. The anomaly is the variation in viscosity with the applied stress while the viscosity is constant for all Newtonian fluids.
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Abstract A new branch of fluid mechanics,Rheology, has rapidly been developed. It deals with non-Newtonian fluids which behave anomalously in comparison with Newtonian fluids. The anomaly is the variation in viscosity with the applied stress while the viscosity is constant for all Newtonian fluids.
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A boundary-layer in a non-newtonian fluid
Zeitschrift für angewandte Mathematik und Physik ZAMP, 1961Dans ce memoire, on examine l'effet d'une variation de viscosite avec la vitesse de deformation dans une couche limite a deux dimensions. Pour des raisons mathematiques traitables, l'exemple que l'on etudie en detail est celui dans lequel le coefficient de viscosite est une fonction lineaire de la vitesse de deformation et la velocite du courant ...
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