... analyses. Heat transfer and shear stress are also computed. A large data set is required for feed forward neural networks to learn Bingham fluid flow problem. The numerical solution obtained by bvp4c is considered to train the network as a ground truth data. A total of 495 data points are obtained...

... separation regions with increasing M values. Entropy increased with R_d and Schmidt number (S_c) parameters. Originality/value The present study analyses the first- and second-order velocity slip effects for the bi-viscous Bingham fluid flow with variable...

... noticed this gap and considered the stagnation point movement of tetra-Bingam nanofluid with heat transfer. The present investigation has many practical applications in engineering, physical and biological thrust-bearing technologies. Bingham fluids are essential in the petroleum industry for drilling...

...Mustafa Turkyilmazoglu; Ioan Pop Purpose This study aims to investigate the flow and heat transfer characteristics of a Bingham viscoplastic fluid subjected to the combined effects of axial rotation and radial stretching of a circular disk. Building upon existing models for Bingham fluids...

..., the effective and relative axial diffusivities. Design/methodology/approach >An analysis has been conducted on how body acceleration affects the dispersion of a solute in blood flow, which is known as a Bingham fluid, within an artery. To solve the system of differential equations analytically while...

... and the applied body forces. Findings – While Newtonian fluids always convect whenever the Darcy-Rayleigh number is nonzero, Bingham fluids are found to convect only when the Darcy-Rayleigh number exceeds a value which is linearly dependent on both the Rees-Bingham number and the overall perimeter...