  Heat and mass transfers of the evaporation of rotating hydrocarbons liquid
droplet of ternary components, in forced convection are studied numerically.
Comparison between our numerical results and those obtained in the literature
shows qualitative and quantitative satisfactory agreements, in rotatory forced
convection. Optimal values of the wind and rotational velocities of the liquid
droplet have been determined. New correlations expressing the evaporation rate
in terms of Dgheim & Reynolds numbers are proposed. Other new correlations
expressing the evaporation rate in terms of Dgheim, Reynolds, Prandtl and
Schmidt numbers are realized. These correlations take into consideration the
evaporation of the liquid droplet of ternary components in variable ambient
medium temperatures, variable mass fractions, variable air velocities, and
variable droplet initial radii, in rotatory forced convection.
