How mosquitoes fly in the rain
ORAL
Abstract
Mosquitoes thrive during rainfall and high humidity. If raindrops are 50 times heavier than mosquitoes, how do mosquitoes fly in the rain? In this combined experimental and theoretical study, we measure the impact force between a falling drop and a free-flying mosquito. High-speed videography of mosquitoes and custom-built mimics reveals a mosquito's low inertia renders it impervious to falling drops. Drops do not splash on mosquitoes, but simply push past them allowing a mosquito to continue on its flight path undeterred. We rationalize the force imparted using scaling relations based on the time of rebound between a falling drop and a free body of significantly less mass.
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Authors
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Andrew Dickerson
Georgia Institute of Technology
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Peter Shankles
Georgia Institute of Technology
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Nihar Madhavan
Georgia Institute of Technology
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David Hu
Georgia Tech School of Mechanical Engineering, Georgia Institute of Technology