An Analytical Prediction of Water Droplet Travel when Discharged from the Face of an Evaporator Core 940501
Here we present an analytical model, written in general terms, which predicts the trajectory of a spherical particle/droplet placed in a uniform fluid stream. The model is compared to an experiment in which three millimeter diameter polypropolyene spheres (specific gravity = 0.91) are dropped in a uniform airstream (velocity varies from 0.9 to 3.8 m/s). Agreement between the two suggests the model incorporates all the important physics and thus should be useful as a design tool.
Citation: Brown, J., Terry, J., and Hutter, R., "An Analytical Prediction of Water Droplet Travel when Discharged from the Face of an Evaporator Core," SAE Technical Paper 940501, 1994, https://doi.org/10.4271/940501. Download Citation
J. Steven Brown, Joseph L. Terry, Robert J. Hutter