Novel Analysis of Two Kinds Hybrid Models in Ferro Martial Inserting Variable Lorentz Force Past a Heated Disk: An Implementation of Finite Element Method

In this article, the rheology of Ferro-fluid over an axisymmetric heated disc with a variable magnetic field by considering dispersion hybrid nanoparticles is considered. The flow assumed to be produced stretching rotating disc. contribution thermophysical properties taken explore momentum, mass and thermal transportation. concept boundary layer mechanism engaged reduce complex problem into simpler one in form coupled partial differential equations system. PDEs are converted highly nonlinear ordinary system (ODEs) resulting handled numerically. solution obtained via finite element procedure (FEP) convergence established conducting grid-independent survey. dimensionless containing fluid velocity, temperature concentration plotted against numerous involved emerging parameters their impact noted. From solution, it monitored that higher values parameter retard escalating Eckert number results enhance profile. heat energy for case Yamada Ota model than Hamilton Crosser model. Developing applicable printing process, electronic devices, measurements, engineering process food-making process. amount species reduced vs. incline impacts chemical reaction Schmidt parameter.