Effects of sea spray generated with tropical cyclone winds with and without surfactants

The dataset contains measurements from laboratory experiments conducted at the University of Miami Air-Sea Interaction Facility and numerical measurements from computational fluid dynamics model runs in ANSYS Fluent of sea spray generation under tropical cyclone winds with and without surfactants present. Measurements were taken under category 1 tropical cyclone conditions in the laboratory, and category 1, 3, and 5 tropical cyclone conditions in the model. The case and data files for each trial of the Fluent model are also included. This dataset supports the publication- Vanderplow, Breanna, Alexander V. Soloviev, Cayla W. Dean, Brian K. Haus, Roger Lukas, Muhammad Sami, and Isaac Ginis. 2020. Potential effect of bio-surfactants on sea spray generation in tropical cyclone conditions. Scientific Reports 10(1), 19057. DOI: 0.1038/s41598-020-76226-8本数据集包含两类数据：一是迈阿密大学气海相互作用实验室（University of Miami Air-Sea Interaction Facility）开展的室内实验测量数据；二是采用ANSYS Fluent进行的计算流体动力学（computational fluid dynamics, CFD）模拟数值结果，模拟场景为热带气旋风力环境下存在与不存在表面活性剂时的海喷雾生成过程。实验室实验仅在一级热带气旋工况下完成测量，而数值模拟则覆盖一级、三级及五级热带气旋工况。本数据集同时包含ANSYS Fluent模型各次试验的算例文件与数据文件。本数据集对应发表于《科学报告》（Scientific Reports）2020年第10卷第1期第19057页的学术论文，作者为Vanderplow, Breanna、Alexander V. Soloviev、Cayla W. Dean、Brian K. Haus、Roger Lukas、Muhammad Sami及Isaac Ginis，论文标题为《生物表面活性剂对热带气旋工况下海喷雾生成的潜在影响》，DOI：0.1038/s41598-020-76226-8