20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. The simplified rheology consists of a piecewise linear stress tensor, resulting in a two-viscosity model. This can be interpreted as a modified Bingham fluid, which can be recovered in a specific limit. The lubrication equation is obtained in two steps. First two scalings are performed on the incompressible Navier-Stokes equations, namely the long-wave scaling and the slow motion scaling. Second, the resulting equations are averaged along the vertical direction. Numerical illustations are provided, bringing to light the different possible behaviours
© 2006 Elsevier B.V. All rights reserved.Imagine two constant thickness, thin films of fluid collidi...
AbstractWe study the problem modeling the flow of a Bingham fluid in contact with a newtonian fluid,...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. T...
20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. T...
20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. T...
A lubrication equation is obtained for a simplified shear-thinning fluid. The simplified rheology co...
A lubrication equation is obtained for a simplified shear-thinning fluid. The simplified rheology co...
Abstract: A detailed assessment of thin film lubrication, for shear-thinning fluids, in two benchmar...
The rheological behavior of many lubricants used in hydrodynamic bearings can reasonably be modeled ...
We present dimensionally reduced Reynolds type equations for steady lubricating flows of incompressi...
We present dimensionally reduced Reynolds type equations for steady lubricating flows of incompressi...
none4simixedAlessandro Lenci, Mario Putti, Vittorio Di Federico, Yves MéheustAlessandro Lenci, Mario...
We present a rigorous derivation of a dimensionally reduced Reynolds type equation for thin film flo...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
© 2006 Elsevier B.V. All rights reserved.Imagine two constant thickness, thin films of fluid collidi...
AbstractWe study the problem modeling the flow of a Bingham fluid in contact with a newtonian fluid,...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. T...
20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. T...
20 pages, 12 ref., 9 fig.A lubrication equation is obtained for a simplified shear-thinning fluid. T...
A lubrication equation is obtained for a simplified shear-thinning fluid. The simplified rheology co...
A lubrication equation is obtained for a simplified shear-thinning fluid. The simplified rheology co...
Abstract: A detailed assessment of thin film lubrication, for shear-thinning fluids, in two benchmar...
The rheological behavior of many lubricants used in hydrodynamic bearings can reasonably be modeled ...
We present dimensionally reduced Reynolds type equations for steady lubricating flows of incompressi...
We present dimensionally reduced Reynolds type equations for steady lubricating flows of incompressi...
none4simixedAlessandro Lenci, Mario Putti, Vittorio Di Federico, Yves MéheustAlessandro Lenci, Mario...
We present a rigorous derivation of a dimensionally reduced Reynolds type equation for thin film flo...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
© 2006 Elsevier B.V. All rights reserved.Imagine two constant thickness, thin films of fluid collidi...
AbstractWe study the problem modeling the flow of a Bingham fluid in contact with a newtonian fluid,...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...