Main research focuses
- Fluid-structure interactions in Stokes flow
- Soft lubrication flow and squeezing hydrodynamics in confinement
- Active colloids, droplets and squirmer/swimmer in Stokes flow
- Reinforcement training of a Stokesian swimmer
- Numerical algorithms for simulating fluid-structure interactions
- Cellular mechanics with hydrodynamic interactions
- Primary cilium: from its microstructures to its mechanosensing functions/roles
- Microtubule-mediated dynamics of centrosomes and nucleus
- Electrohydrodynamics of a moving boundary
- From electrokinetic theory to leaky dielectric theory
- Electrohydrodynamics of vesicle and viscous drop
- Electrohydrodynamics in soft lubrication flow
- Poroelastic hydrodynamics
- Deformation of a hydrogel drop
- Boundary conditions at a gel-fluid interface
PhD research
- Mixing in Rayleigh-Taylor flow and Kolmogorov flow