Oscillatory and Periodical Behavior of Heat Transfer and Magnetic Flux along Magnetic-Driven Cylinder with Viscous Dissipation and Joule Heating Effects

Several primary mechanisms are less utilized in engineering and recent technologies due to unsustainable heating. The impact of viscous dissipation Joule heating is very important examine current density heat rate across a magnetized cylinder. key objective this examination was insulate excessive around the present effort investigated dissipations, heating, magnetohydrodynamics (MHD) on transitory motion convective-heat transport magnetic flux features dissipative flows throughout warmed cylinder at suitable places. suggested turbulent dynamical structure mathematics offered for an associated method partial differentiation equations impacted by boundary values. complex translated via non-dimensional shapes using relevant numbers. representation has been improved make it easier conduct uniform computational calculations. answers these linked dimensionalized formulations have achieved Prandtl coefficient Pr, parameter ζ, Eckert number Ec, magneto-force ξ, buoyancy λ, multiple additional predefined factors. contribution work based non-fluctuating solutions that oscillating behavior shearing stress, fluctuating transport, presence prominent angles. It shown velocity fluid increases as increases. maximum frequency transmission illustrated each variable.