Data underlying the publication: Rapid flapping and fiber-reinforced membrane wings are key to high-performance bat flight

The dataset underlying the research article "Rapid flapping and fiber-reinforced membrane wings are key to high-performance bat flight", where fully-coupled fluid-structure interaction simulations are used to investigate the different performance aspect of bat flight, namely the influence of the kinematics, specifically the flapping frequency and secondly the material properties of the membrane wing. This dataset contains the post-processed data (phase-averaged) for the structural response of the membrane wing for the selected case presented in the article. The script generates the figures associated with the article and the corresponding analysis.

本数据集支撑了题为《快速扑动与纤维增强膜质翼是高性能蝙蝠飞行的关键》的研究论文。该研究采用全耦合流固相互作用（fluid-structure interaction, FSI）模拟方法，探究蝙蝠飞行的多项性能维度，具体涵盖运动学特性的影响——首先为扑动频率，其次为膜质翼的材料属性。本数据集包含论文中所呈现的选定工况下膜质翼结构响应的后处理（相位平均）数据。配套脚本可生成与该论文相关的图表及对应分析结果。