Effects of multiple slip conditions on hydromagnetic flow of Jeffrey fluid over a deformable porous channel

Present study numerical solution on hydromagnetic flow of Jeffrey fluid over a deformable porous channel with slip conditions is studied. The governing partial differential equations are converted to ordinary non-linear differential equations with the assistance of non-dimensional quantities. The governing differential equations are solved by using Runge–Kutta fourth order besides shooting technique with MATLAB package and also the mass flow rate is additionally studied. The influence of governing parameters on the fluid velocity, the solid displacement and also the concentration are shown with the assistance of graphs. The current results are sensible agreement with existing studies under some special cases. We have a tendency to discovered that the fluid velocity, solid displacements are decay for higher values of magnetic parameter and also the opposite nature discovered for the influence of Jeffrey parameter. The impact of slip boundary conditions on the fluid velocity, the temperature and also the concentration also are studied.