Analytical Solution of Electromagnetic Force on Nanofluid Flow with Brownian Motion Effects Between Parallel Disks

The innovation of the present paper is analytical study Brownian motion effects on nanofluid flow and electromagnetic force between parallel disks with a heat source. Nanoparticle nondimensional temperature field velocity fluid were analyzed using Akbari-Ganji’s Method radial basis function approximation based Hardy multiquadric function. (AGM) strong method that solves any linear nonlinear differential equation degree variables. Radial functions an for analyzing equations at high degrees, especially when it necessary to apply interpolation problem scattered data irregular geometry. results signified maximum difference AGM RBF methods, horizontal CuO 0.2251 minimum vertical Al2O3 equal 0.0018. Also, Hartmann number (Ha) velocities nanoparticles have slight from other values method. 1.9354.