Effects of thermal radiation and electromagnetohydrodynamics on viscous nanofluid through a Riga plate

摘要: Purpose The purpose of this paper is to analyze theoretically the effects thermal radiation with electrohydrodynamics through a Riga plate. An incompressible and irrotational fluid constant density taken into account. The governing flow problem modeled help linear momentum, energy equation nanoparticle concentration equation. Design/methodology/approach Numerical integration used shooting technique examine novel features velocity profile, temperature profile profile. impact all emerging parameters sketched graphs. numerical values local Nusselt number Sherwood are also presented. Findings The no-slip condition considered for present study. electromagnetohydrodynamics enhance while tend raise study depicts many interesting behaviors that warrant further on plates different non-Newtonian models. A comparison presented existing published results which confirms validity methodology. Originality/value The new original.