In
this lab, we develop multi-scale, multi-physics numerical algorithms to
address
critical issues and grand challenges related to complex fluids in
advanced technologies for chemical and/or biological applications. Our
ultimate goal is to accelerate the development of advanced technologies
by
clarifying their underlying physics. We focus on modeling
- Thermodynamic and transport process of mixtures of supercritical fluids, e.g., scCO2, scH2O, hydrocarbons, crude oils, etc.
- Fluid-structure interaction between viscous fluids and complex biological structures using advanced numerical algorithms
- Drug or gene delivery into live mammalian cells using 3D bio-printing technologies
- Drug delivery into mammalian body using polymer nanoparticle composites
Collaborations in experiments, numerical methods, and interdisciplinary projects are always welcome!
We are now recruiting a doctoral student. Please click here for more information.
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