Figure 3 - uploaded by M. Abu-shady
Content may be subject to copyright.
Download
View publication
shows that the angular velocity of the fluid increases toward the center and the fluid is stable.

shows that the angular velocity of the fluid increases toward the center and the fluid is stable.

Source publication
Fig. 2: The stream function is plotted as a function of the wave...
Figure 2 shows the three dimensional behavior of the stream function...
Fig. 3: The stream lines of the rotating film at t = 5 seconds (the...
Figure 3 shows that the angular velocity of the fluid increases toward...
+5 Fig. 4: The stream lines of the rotating film at t = 10 seconds (the...
The Effect of an Electric Field on the Rotating Flows of a Thin Film Using Perturbation Technique
Preprint
Full-text available
  • May 2019
The motion of a thin suspended film of an incompressible fluid under the effect of an external electric field is studied. The effect of the interfacial Maxwell stress, surface tension and inter-molecular forces is studied, in which the forces are included in the Navier-Stokes equations. The perturbation technique is used to solve for a given model....
Cite
Download full-text

Similar publications

The initial velocity is plotted as a function of the wave-number for...
The stream function is plotted as a function of the wave-number, k and...
The left graph correspond to the rotation of the thin film in a...
The stream lines of the rotating film at t = 5 s (the left graph) and...
+5 The stream lines of the rotating film at t = 15 s (the left graph) and...
The effect of an electric field on the rotating flows of a thin film using a perturbation technique
Article
Full-text available
  • Feb 2020
The motion of a thin suspended film of an incompressible fluid under the effect of an external electric field is studied. The effects of the interfacial Maxwell stress, surface tension and intermolecular forces are studied, in which the forces are included in the Navier-Stokes equations. The perturbation technique is used to solve the given model....
View