In this paper, the behavior of the cone-jet mode of fluid by electrohydrodynamic atomization
(electrospray) is numerically simulated and investigated with the effect of liquid wetting and
corona discharge effects. The simulation was performed with contact angle condition to fit
the Taylor cone shape by experiments. Experimental data are provided to verify and validate
the numerical method, followed by additional analyses on the effects of electrical
conductivity, surface tension, flow rate, and fluid viscosity on the electrospray characteristics …