Significance of heat conduction on unsteady axisymmetric flow of Maxwell fluid with cubic autocatalysis chemical reaction

This paper investigates the effect of chemical reactions on flow magnetized Maxwell fluid generated by an unsteady stretching surface. The thermal transport phenomenon is analyzed using Cattaneo-Christov theory. By applying appropriate similarity transformations, governing equations motion turn into a set nonlinear differential equations. For velocity, temperature, and concentration fields, resultant are then solved as series solutions homotopy analysis approach. Using graphical representations, physical behavior significant factors examined in depth. reveals that higher parameter values reduce field while increasing energy transportation flow. Further, it noted distribution declines for relaxation parameter. Additionally, solutal bootup Schmidt number shows decreasing trend homogeneous heterogeneous strength. In order to verify our findings, comparison earlier research also included.