Pseudoplastic Magnetorheological Fluid Flow on a Moving Horizontal Flat Plate

Abstract:

In this article, the differential transform method has been used to solve the characteristic equation of the flow of a magnetorheological pseudoplastic fluid on a flat plate. Prior to this, other techniques were performed that allowed the transformation of the equation for the application of the method object of this investigation, considering a positive fluid deformation rate. The phenomenon of equal plate and fluid velocities with and without magnetic field was mainly taken into account. When the magnetic field is applied, the dimensionless velocity domain is drastically reduced, demonstrating that these types of special fluids are magnetorestrictive and their usefulness is under study for industrial and scientific applications.

Año de publicación:

2020

Keywords:

• Differential transform
• Pseudoplastic fluid
• Magnetorheological fluid
• Nonlinear differential equations
• Boundary layer

Fuente:

scopus

google