This research developed dimensionless correlations, based on the numerical simulations, for the boundaries between the dripping, transition and jetting regimes. Additional correlations are also developed for the radius and formation frequency of disperse droplet in the dripping regime and the transition regime, when the total volume of the satellite droplets is less than 1% of the disperse primary droplets.
instability analysis, numerical analysis, co-flowing immiscible liquids in coaxial microtubes
Level of Degree
Chemical and Biological Engineering
First Committee Member (Chair)
Ward, Tim L.
Second Committee Member
Third Committee Member
Heinrich, Juan C.
Yang, In-Hwan. "NUMERICAL ANALYSIS OF CO-FLOWING IMMISCIBLE LIQUIDS IN CO-AXIAL MICROTUBES." (2013). http://digitalrepository.unm.edu/cbe_etds/24