Abstract : This research article delves into the intricate realm of aerodynamic interactions between liquid drops and parallel fibrous structures, with a primary focus on elucidating the underlying mechanisms governing their behavior. The study combines theoretical analysis, numerical simulations, and experimental observations to provide a multidimensional exploration of this phenomenon. Through a profound investigation, we unveil the complex interplay of forces, surface tension, fluid dynamics, and fiber morphology, shedding light on the intricate dynamics governing drop-fiber interactions. Our findings contribute to a deeper understanding of fundamental fluid mechanics and offer potential applications in diverse fields ranging from materials science to industrial processes. The wetting behaviour of drops on rigid and elastic fibres is important in many applications including textiles, fog collection, systems with absorbent fibres, and in natural settings such as spiderwebs. Yet, litt...
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