Upper-convected Maxwell fluid analysis over a horizontal wedge using Cattaneo-Christov heat flux model

Abstract

Boundary layer flow of Upper-Convected Maxwell fluid over a wedge with suction and heat generation/absorption is presented in this paper by considering the Cattaneo-Christov heat flux model. The governed equations are transformed into a set of the ordinary differential equation using similarity transformations. A third-order finite difference method for the ordinary differential equation is used to find the local similarity solutions of the problems. The effects of the wedge angle parameter, viscoelastic fluid parameter, thermal relaxation time parameter, and heat generation/absorption parameter are presented in this study.

Soret and Dufour Effects on Combined Sakiadis and Casson Fluid Flows Towards Horizontal Surface: A Cattaneo-Christov Heat Flux Model

“…Figure 10 shows the velocity profiles against Magnetic field parameter. From this Figure 10, it has been observed that the data produced by the present code and those of Asmadi et al [3] show excellent agreement and the use of the present numerical code is justified. (iii) The critical level is achieved by decreasing the Sc numeral.…”

“…For checking of program code validation, we compared provide quantitative data with published the outcomes of Asmadi et al [3] in Figure 10 in absence of Soret and Dufour effects. Figure 10 shows the velocity profiles against Magnetic field parameter.…”

“…Megahed [11] studied MHD thick gooey Ca fluid and passion transport above a porous medium to 2nd variable viscosity or thermoelectric mistake trendy the existence like strong temperature but instead heating irradiance. Asmadi et al [3] discussed convective mass and heat transfer of Sakiadis MHD Ca fluid brook across a horizontal would use a layer as in appearance like the thermoelastic thermal gradient finite difference system.…”

“…The datasets in Category 3 solutions in order to governing equations are reported. Results are compared of the current situation numerical fallouts per published fallouts like Asmadi et al [3] in heat transfer distribution is not present, and filtration heat transfer consequences are not present are discussed in Section 4.…”

Impact of double-diffusion and second order slip on convection of chemically reacting Oldroyd-B liquid with Cattaneo-Christov dual flux

“…After that, Christov [10] improved the Cattaneo model by introducing the thermal relaxation time with Oldroyds upper-convected derivatives to reach the material invariant formulation. The outcome of upper-convected Maxwell fluid with CC model with heat generation was investigated by Asmadi et al [11]. They noticed that the lower amount of heat transfer gradient gets in the presence of thermal relaxation time parameter.…”