Study of Unsteady Two Phase Flow over An Inclined Permeable Stretching Sheet with Effects of Electrification and Radiation

An analysis on flow and heat transfer with in a two-dimensional unsteady radiative boundary layer fluid-particle interaction has been studied. The is occurred due to the suddenly linear movement of an inclined permeable stretching sheet. considered neutral medium where no external electric or magnetic field supplied. But random motion particles leads between fluid-particle, particle-particle particle-wall, tribo-electric effect occurs. As result, both fluid as well are electrified which creates major impact field. Hence, balanced mathematical model formulated considering electrification radiation parameter phases. Using similarity transformation, governing equations transferred ODEs solved by built solver Bvp4c MATLAB. impacts various parameters have discussed determined characteristics. stronger filed significantly enhances temperature particle phase, occurs more surface.