[13] S. Oliveira Santos, M. Brown, Minki Kim, N. Tack, M.M. Wilhelmus*, 2026. “Hydrodynamic modulation via cupping in a crustacean-inspired propulsor,” Journal of Fluid Mechanics (JCR top 12%), under review.

[12] B. Fonkwa*, Minki Kim, E. Johnsen, 2026. “Predicting the maximum radius of an acoustically driven, explosively growing bubble in a viscoelastic medium,” Physical Review Fluids (JCR top 27%), under review.

[11] D.M. Watkins, E.M. Buckley, Minki Kim, J.K. Hutchings, M.M. Wilhelmus*, 2026. “Characterizing the marginal ice zone in the Greenland Sea through seasonal floe-scale sea ice observations,” Journal of Glaciology (JCR top 39%), under review.

[10] Minki Kim, G. E. Manucharyan, M.H. DiBenedetto, E.M. Buckley, D.M. Watkins, M.M. Wilhelmus*, 2026. “From spinning sea ice floes to ocean enstrophy spectra in the Marginal Ice Zone,” Geophysical Research Letters (JCR top 13%), 53, e2025GL119371.

[9] Minki Kim*, J.J. Lee, M. Rodriguez Jr., 2026. “Energy transfer of two spherical oscillating bubbles in a free field,” Physics of Fluids (JCR top 7%), 38, 033325.

[8] Minki Kim, G.E. Manucharyan, M.M. Wilhelmus*, 2025. “Characterisation of sea ice kinematics over oceanic eddies,” Journal of Fluid Mechanics (JCR top 12%), 1015, A51.

[7] Minki Kim*, S. Beig, E. Johnsen, 2025. “Energy concentration and release during the inertial collapse of a spherical gas cavity in a liquid,” Physical Review Fluids (JCR top 27%), 10, 093602.

[6] Minki Kim, D.M. Harris, R. Cimpeanu*, 2025. “Computational modeling of fluid motion and mass transfer in a rocking bioreactor with application to cultivated meat production,” International Journal of Multiphase Flow (JCR top 22%), 193, 105375. 

[5] Minki Kim, J.J. Lee*, 2025. “Energy transfer during strong oscillations of a spherical bubble with non-ideal gas equations of state,” CMES–Computer Modeling in Engineering & Sciences (JCR top 22%), 145(1), 345–366.

[4] Minki Kim*, 2022. “Energy transport during growth and collapse of a cavitation bubble.”, Ph.D. dissertation, University of Michigan, Ann Arbor.

[3] Minki Kim, M. Kaviany*, 2018. “Flow-boiling canopy wick for extreme heat transfer,” International Journal of Heat and Mass Transfer (JCR top 8%) 117, 1158–1168.

[2] Minki Kim, M. Kaviany*, 2017. “Multi-artery heat-pipe spreader: Monolayer-wick receding meniscus transitions & optimal performance,” International Journal of Heat and Mass Transfer (JCR top 8%) 112, 343–353.

[1] Minki Kim, J.H. Lee, H. Park*, 2016. “Study of bubble-induced turbulence in upward laminar bubbly pipe flows measured with a two-phase PIV,” Experiments in Fluids (JCR top 43%) 57:55, 1–21.