Abstract
A fractional factorial experiment is performed to investigate the efficiency of the fragmentation of a viscoelastic liquid column ejected from a circular channel by a compressed gas. As a result, regression relations are constructed that take into account the effect of the geometric dimensions of the channel, the difference between the pressures of the ejected liquid and of the environment, and the physical properties of both the homogeneous and the heterogeneous viscoelastic liquid at the mean level of “discreteness” of the droplets forming a spray cone.
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