Effects of droplet oscillation on the aerodynamic behavior of sessile droplets in shear flows

Key Points

• Droplet oscillation significantly influences the aerodynamic behavior of sessile droplets in shear flows.
• Key metrics show variations in drag force and oscillation amplitude under different shear rates.
• Observational analysis of droplets in shear flows reveals complex interactions governed by interfacial tension and viscosity.
• These findings highlight fundamental principles of droplet behavior, which may inform applications in various engineering fields.