In this article, we show the results of computer modeling of a nonsymmetric EHD flow in a symmetric wire–wire electrode system. This problem was solved using the ANSYS program, which is based on the finite-elements method. We develop the computer modeling of a nonsymmetric EHD-flow algorithm in a stationary variant, which helps us to solve a wide range of electrohydrodynamic problems. In this way, we show the results of solving the problem of a symmetric and nonsymmetric liquid flow in a wire–wire electrode system. A new type of charge diffusion was found, and the disruption of the symmetry when the flow traces are at an acute angel to the center along the axis of symmetry. In this case, the nonsymmetric EHD flow is generated.