Thin Film Flow and Thermal Fluctuations
Research
My research focuses on thin film flows under the influence of thermal fluctuations, fluid stability, and stochastic lubrication equations. I am particularly interested in the dynamics of curvature-driven droplet migration.
Research Topics
- Thin Film Flow: Interfacial phenomena and stability of thin liquid films
- Thermal Fluctuations: Effects of thermal noise on fluid dynamics at small scales
- Stochastic Lubrication: Brownian motion and stochastic processes in lubricating systems
- Droplet Migration: Dynamics of droplets driven by curvature gradients
Ongoing Projects
Study on the Dynamics of Curvature-Driven Droplet Migration
National-level College Students’ Innovation and Entrepreneurship Training Program
This project investigates the mechanisms governing droplet migration induced by curvature effects, with applications in microfluidic devices and coating processes.
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