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The effects of oscillation on the mobility of wind-driven sessile droplets

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Experimental investigation shows oscillation increases droplet mobility, highlighting key dynamics.

Droplet mobility increases significantly due to oscillation induced by shear flow.
The correlation between droplet wake velocity and oscillation frequency was established, indicating key dynamics.
A dynamic model based on classical oscillation theory effectively describes droplet motion and adhesion forces.
The study highlights the resonance effects of aerodynamic drag on low-viscosity droplets and their mobility.

Zhang et al. (2025) studied this question.

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