Heat conduction and mass transfer in a MHD nanofluid flow subject to generalized Fourier and Fick’s law

Rheological behavior of magnetized ZnO – SAE50 nanolubricant over Riga plate: A theoretical study

“…The investigations on MHD heat transportation in a variety of physical systems has achieved prominent attention due to its substantial industrial and medicinal applications. 37–43 Some of the most important studies discussing the effects of MHD on flow of nanofluids over different geometries can be found in Giri et al 44–47 and Das et al 48…”

“…The investigations on MHD heat transportation in a variety of physical systems has achieved prominent attention due to its substantial industrial and medicinal applications. [37][38][39][40][41][42][43] Some of the most important studies discussing the effects of MHD on flow of nanofluids over different geometries can be found in Giri et al 44-47 and Das et al 48 For the situations, such as polymer array, a few suspensions, different emulsion types and froths (liquid behaves as a particle) where the partial slip is the most appropriate BC, it is true that no slip BC is not quite sufficient. Numerous researchers are convinced to conduct research into a few fields related to the partial slip condition because of the significant opportunities in the polymer and electrochemical industries.…”

Significance of Hall current and viscous dissipation in the bioconvection flow of couple-stress nanofluid with generalized Fourier and Fick laws

“…Mishra and Manoj 22 have investigated the viscous dissipation, and suction effects on the nanofluid flow toward the Riga plate. Giri et al 23 proposed the generalized Fourier and Fick’s Law for the computation of the heat-mass transference mechanism on the Casson nanoliquid flow with a magnetic field toward the stretched surface. Das et al 24 have evaluated the comparative mixture of the aluminum oxide and Graphene nanoparticles on the flow of hybrid nanofluid with Hall effect above the slender stretchy surface.…”

Dynamics of nonuniform viscosity of unsteady CuO–H2O nanofluid flow from a spinning body

“…Effect of nonuniform thermal conductivity on squeezed flow was examined by Khan et al Malik et al represented the effect of variable viscosity on Casson flow with generalized Fourier's law. Some research paper related to heat transfer on nanofluid flow found on …”

“…Some research paper related to heat transfer on nanofluid flow found on. [19][20][21][22] Owing to unique chemical in addition to physical features, research awareness in nanomaterials has exponentially amplified. For metal oxide nanoparticles, attention has been exclusively enlarged for their extensive use as semiconductors, industrial catalysts, in medical application, chemical sensing devices, and fillers.…”