Xiaojing (Ruby) Fu
I am a PhD candidate in the department of Civil & Environmental Engineering at MIT. I obtained my MS in Computation Design & Optimization from MIT in 2015 and BS in Applied Mathematics & Statistics from Clarkson University (Potsdam, NY) in 2011.
My research theme is on modeling and simulation of multiphase and multicomponent flows in geophysical processes. My work is motivated by applications in carbon sequestration and natural gas hydrate systems.
 X. Fu, L. Cueto-Felgueroso, R. Juanes; Viscous fingering with partially miscible fluids; in review.
 P. K. Kang, J. Lee, X. Fu, S. Lee, P. K. Kitanidis, and R. Juanes; Improved subsurface imaging of saline aquifers from transient pressure data during freshwater injection; Water Resour. Res., in press (2017).
 X. Fu, L. Cueto-Felgueroso, R. Juanes; Thermodynamic coarsening arrested by viscous fingering in partially miscible binary mixtures; Physical Review E, 94(3),033111(5) (2016). [pdf]
 X. Fu, L. Cueto-Felgueroso, D. Bolster, R. Juanes; Dissolution patterns from geochemical reactions during convection mixing in porous media; Journal of Fluid Mechanics, 764:296-315 (2015). [pdf]
 X. Fu, L. Cueto-Felgueroso, R. Juanes; Pattern formation and coarsening dynamics in three-dimensional convective mixing in porous media; Philosophical Transactions of the Royal Society A, 371:20120355 (2013). [pdf][videos]
 X. Fu, B. Leventhal, K. Fowler; Understanding the impact of boundary and initial condition errors on the solution to a thermal diffusivity inverse Problem; SIAM Undergraduate Research Online, 4:S01123 (2011).[pdf]
 J. M. Winter, P. J.-F. Yeh, X. Fu, E. A.B. Eltahir; Uncertainty in modeled and observed climate change impacts on American Midwest hydrology; Water Resources Research, 51(5):3635–3646 (2015). [link]
 M.W.Farthing, K.R.Fowler, X. Fu, A.Davis, C.T.Miller; Effects of model resolution on optimal design of subsurface flow and transport problems; Advances in Water Resources, 38:27-37 (2012).[link]
 G. Jiang, M. Crimi, K. Fowler, X. Fu; Experimental design of diffusion and desorption of contaminant in heterogeneous media; Water Science & Technology, 64(4):988-998 (2011). [link]
 B. Leventhal, X. Fu, K. Fowler, O. Eslinger; Parameter Identification and Sensitivity Analysis to a Thermal Diffusivity Inverse Problem; Involve, 8(3) (2015).[link]
Thermodynamic coarsening arrested by viscous fingering in partially miscible binary mixtures
Video 1 (Ostwald ripening in two-component two-phase mixture)
This is a numerical simulation describing the process of nucleation and coarsening of gas bubbles (red) out of a liquid (pink) that is initially supersaturated.
Video 2 (Arrest of Ostwald ripening under viscous fingering)
This is a numerical simulation showing the dynamic interactions amongst gas bubbles (red) dispersed in a more viscous liquid (pink) when the mixture is driven under a cyclic background flow. The gas bubbles are first nucleated without background flow until t=40. Once flow is introduced at t=40, the gas-liquid displacement is destabilized by a viscosity contrast of 148.
Rock dissolution patterns and geochemical shutdown of CO2–brine–carbonate reactions during convective mixing in porous media
Pattern formation and coarsening dynamics in three-dimensional convective mixing in porous media
Supplementary Video 1
Video showing the evolution of the 3D convective mixing pattern from two different angles, corresponding to a Rayleigh number Ra=6400, computed on a grid of 512-cube.
Supplementary Video 2
Video showing the evolution of the emerging patterns in the diffusive boundary layer at the top boundary, for a Rayleigh number Ra=6400, computed on a grid of 512-cube.
== Fluid instability and foams in an Espresso ==
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