Significant Mechanism of Lorentz Force in Energy Transfer Phenomena Involving Viscous Dissipation via Numerical Strategy

Abstract

Transport of heat in two dimensional fluid model is reported in this exploration. The flow is assumed to be two dimensional and incompressible. The involvement of variable magnetic field is considered to retard the flow to study its characteristics. The flow model is developed in Cartesian coordinates system. The transport of heat is considered under the inspiration of viscous dissipation and Joule heating effects with thermal and velocity slips at boundary. Theory of boundary layer is considered in order to derive the flow presenting expressions in the form of coupled partial differential equations system (PDEs). Conversion is made under useful transformation which gives us the set of nonlinear ordinary differential equations (ODEs). The converted ODEs have been solved numerically via shooting procedure. The impact of numerous involved parameters is noted against velocity and temperature by sketching the graphs and their behavior is explained.

Effective role of mineral oil and biological nanomaterial on thermal energy influenced by magnetic dipole and nanoparticle shape

“…Rostami et al (2022) studied the hydro-thermal analysis. Moreover, the studies reported by, Hosseinzadeh et al (2021a); Hosseinzadeh et al (2021b);Sohail et al (2022a);Sohail et al (2022b); Hou et al (2022) are prepared to notice the comportment of numerous involved parameters on momentum and thermal transport. There are no studies in the existing literature that involve synovial fluid and consider the two different nanofluid models over a two-dimensional stretched surface through use of different shaped nanoparticles.…”