Abstract
To understand the kinetic mechanics of a droplet in the still water, two-phase CFD simulations are carried out together with flow visualization and PIV measurements.The method incorporates MAC-type NS solver and the front capturing technique by using maker density function. The CFD method indicates the shape oscillation, the zigzag trajectory and vorticity shedding of the droplet, each of which are compared well with the measurements. This paper also presents the mass transfer through the interface and the resultant Sherwood number agrees well with the solution of an experimental equation.
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