Material behaviour in micropolar fluid of Brownian motion over a stretchable disk with application of thermophoretic forces and diffusion-thermo

To study the material behavior of axisymmetric flow in micropolar fluid for heat and mass exchange over a stretchable disk placed porous medium taking into account effect generation, diffusion thermo, Brownian motion thermophoretic effect. A suitable similarity transformations is adapted to convert governing PDEs non-dimensional form. well-tested, numerically stable MATLAB code connection with Bvp4c employed conservation equations. The noticeable features relevant parameters on axial velocity, radial micro-rotation, temperature species concentrations profiles are accentuated plots using MATLAB. It found that angular velocity enhanced augmented values parameter. Moreover, due force, thickness thermal concentration boundary layer enhanced. In addition, becomes more increase vortex viscosity fluid, an amplified molar thicknesses can be found. This incorporates numerous engineering applications rotating machineries, spin-coating, centrifugal pumps, computer storage devices, chemical different aerodynamic issues. Also, this analysis signifies great impact biomechanics stenosis related issue medical sciences.