Transport of micro-objects under Brownian diffusion and osmotic effects does not provide the required speed or direction. Improved delivery of therapeutic agents in the affected cells in body based on drug-loaded nanoparticles has drawn wide interest
Section: Mathematical Sciences (Research Project)
Related:
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Electrokinetic transport phenomena involving liquid droplets and hydrophobic surfaces: a numerical and theoretical analysis
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High order
High order compact simulation of flow and transport in porous media
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Ion transport
Ion transport and electroosmotic flow instability in a charged conical micro conduits filled with charged viscous fluids.
Research Project › Mathematical Sciences
Ion transport
Ion transport and electroosmotic flow instability in a charged conical micro conduits filled with charged viscous fluids.
Research Project › Mathematical Sciences
Dynamic Response
Dynamic Response of Granular Materials Under High-Speed Impact: Theory and Simulation
Research Project › Engineering Sciences