摘要
由一名新闻记者-机器人与机器学习日报的工作人员新闻编辑新闻-根据基于预印本的新闻报道，我们的记者获得了以下信息报价来源：biorxiv.org：“毫米大小的浪蝇属波纹虫表现出非凡的敏捷和快速的机动能力。”在湍急的、不稳定的河流中，与动物飞行物相当。显著的界面过渡和转向技能源于他们中腿的特殊结构。虽然研究人员建议扇状分布、毛细力和独特的微观结构在自蔓延中的作用尚不清楚。“我们揭示了rhagovelia的风扇拥有一个具有定向刚度的平肋结构，使其能够实现超快弹性毛细血管成形用于10毫秒以下被动驱动，不依赖于肌肉控制，通过非定常涡尾流产生大推力动量。
Abstract
By a News Reporter-Staff News Editor at Robotics & Machine Learning DailyNews – According to news reporting based on a preprint a bstract, our journalists obtained the followingquote sourced from biorxiv.org:“Millimeter-sized ripple bugs in the genus Rhagovelia exhibit exceptional agilit y and rapid maneuversin fast, unsteady streams, comparable to animal fliers. Th eir remarkable interfacial transit and turningskills stem from a specialized fa n structure on their middle legs. While researchers have suggested activefan ac tuation, the role of capillary forces and unique microstructure in self-spreadin g remains unclear.“We reveal that Rhagovelia\’s fans possess a flat-ribb on architecture with directional stiffness, enablingultrafast elastocapillary m orphing for passive actuation in under 10 ms, independent of muscle control,whi le producing high-thrust momentum through unsteady vortical wakes.
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