Micropolar Dusty Fluid: Coriolis Force Effects on Dynamics of MHD Rotating Fluid When Lorentz Force Is Significant

The main objective of this investigation to examine the momentum and thermal transportation rotating dusty micropolar fluid flux with suspension conducting dust particles across stretched sheet. novelty flow model is exploration significance boosting volume concentration in dynamics. governing PDEs problem for both phase models are transmuted into nonlinear coupled non-dimensional ODEs by utilizing suitable similarity modifications. bvp4c technique was utilized MATLAB script acquire a graphical representation experimental results. This study illustrates analysis repercussions pertinent parameters on non-Newtonian fluid. By improving parameters, axial velocity phases depreciates, whereas temperature transverse have opposite behavior. micro-rotation distribution rises higher contributions material it decreases against larger inputs particles. growing strength fraction (ϕd) caused coefficient skin friction decrease along x direction, raised y direction.