A thin film of a non-Newtonian flowing down an inclined plane under the action of gravity is studied focusing on the effects of the fluid rheology on the complex wave dynamics that develops at the free surface. In chapter 3, the properties of the solitary waves, which organize the disordered dynamics of the Newtonian film, are considered. Direct numerical simulations (DNSs) of purely solitary waves have been performed and compared to the results from the four-equation model derived in [112]. The evolution of a power-law laminar film flow is considered in chapter 5 and modeled within the frame of the lubrication approximation by means of the weighted residual approach. Comparisons to Orr-Sommerfeld stability analysis and to DNS show convinci...
The linear stability and nonlinear dynamics of viscoelastic liquid films flowing down inclined surfa...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
This thesis provides a depth-averaged analytical and numerical approach to the mathematical simulati...
A thin film of a non-Newtonian flowing down an inclined plane under the action of gravity is studied...
We study the stability of stratified Newtonian or non Newtonian fluids flow down an inclined plane. ...
We study the stability of shear-thinning (pseudoplastic) fluid films flow down an inclined plane. Th...
We study the stability of shear-thinning (pseudoplastic) fluid films flow down an inclined plane. Th...
This work is concerned with falling films: Thin layers of liquid that run down vertical or inclined ...
This work is concerned with falling films: Thin layers of liquid that run down vertical or inclined ...
Ce sujet de thèse s'inscrit dans un domaine en plein développement depuis quelques décennies. Il com...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
Free surface flows where the shape of the interface separating two fluids is unknown apriori are an ...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
The linear stability and nonlinear dynamics of viscoelastic liquid films flowing down inclined surfa...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
This thesis provides a depth-averaged analytical and numerical approach to the mathematical simulati...
A thin film of a non-Newtonian flowing down an inclined plane under the action of gravity is studied...
We study the stability of stratified Newtonian or non Newtonian fluids flow down an inclined plane. ...
We study the stability of shear-thinning (pseudoplastic) fluid films flow down an inclined plane. Th...
We study the stability of shear-thinning (pseudoplastic) fluid films flow down an inclined plane. Th...
This work is concerned with falling films: Thin layers of liquid that run down vertical or inclined ...
This work is concerned with falling films: Thin layers of liquid that run down vertical or inclined ...
Ce sujet de thèse s'inscrit dans un domaine en plein développement depuis quelques décennies. Il com...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
Free surface flows where the shape of the interface separating two fluids is unknown apriori are an ...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
The linear stability and nonlinear dynamics of viscoelastic liquid films flowing down inclined surfa...
The work in this thesis falls in the category of comprehending dynamical systems relatedto thin liqu...
This thesis provides a depth-averaged analytical and numerical approach to the mathematical simulati...