Dynamical aspects of transient electro-osmotic flow of Burgers' fluid with zeta potential in cylindrical tube

Abstract In this article, we consider the flow of a Burgers’ fluid transient electro-osmotic type in small tube with circular cross-section. Analytical results are found for velocity and, electric potential profile by solving Navier–Stokes and linearized Poisson–Boltzmann equations. Moreover, these equations solved help integral transform method. We cases which changes time those does not change time. Furthermore, special classical fluids such as Newtonian, second grade, Maxwell, Oldroyd-B obtained particular outcomes work that actually strengthen solution. This study nonlinear problem specified physical model will us to understand behavior blood clotting block any kind is used. The solution complex future solve problems involved. At end, numerical shown graphically can fluid, also analysis shows dissimilarity other considered work.