Numerical simulation of 3D swirling flow of Maxwell nanomaterial with a binary chemical mechanism and nonlinear thermal radiation effects

The effect of activation energy on the 3D swirling flow of Maxwell nanomaterial has been addressed. The mathematical formulation is designed via nonlinear radiation and heat absorption/generation. The novel attributes of an irregular movement and thermophoresis are additionally preserved. Mass convective and thermal convective conditions are considered. Suitable transformations have been considered to convert PDEs into ODEs. The NDSolve technique is employed to obtain numerical simulations. Plots are generated to analyze the role of several influential variables on nondimensional nano-concentration and temperature fields. Moreover, rates of mass and heat transport are also analyzed through plots.