Fractional Casson Fluid Flow via Oscillating Motion of Plate and Microchannel

The impact of the Caputo fractional derivative on unsteady mixed convention boundary layer flow Casson fluid is investigated. It evaluated via two different geometries which are plate and microchannel with oscillating motion. problems modelled using a set partial differential equations appropriate initial conditions. dimensional turned into dimensionless governing by relevant variables. obtained solutions transformed form derivative. exact Laplace transform approach. Inverse applied to problem while Zakian’s explicit formula approach used obtain results temperature velocity profiles. Both profiles graphed studied its behaviour in both geometries. profile shown have an opposite pattern graph for While when compared between profile, has higher plate. For profiles, increasing parameter resulted greater pattern. This study aids comprehension flows systems.