Laboratory measurements of wind, waves, and turbulence in hurricane conditions in the ASIST wind-wave facility

Laboratory measurements of wind, waves, and turbulence in hurricane conditions, collected in September and October of 2018 and January of 2019 in the ASIST wind-wave facility, in the SUSTAIN laboratory at the University of Miami. This dataset includes two experiments, one with fresh water ("fresh") and another with seawater ("salt"), each in 10-m winds from 0 to approximately 42 m/s. Data include: 3-dimensional wind velocity at 20 Hz sampling frequency from Campbell Scientific IRGASON sonic anemometer (collected in 2018) 2-dimensional (along-tank and vertical) wind velocity at 1000 Hz sampling frequency from TSI IFA-300 hot film anemometer (collected in 2018) 1-dimensional (along-tank) wind velocity at 10 Hz sampling frequency from a pitot anemometer (collected in 2018 and 2019) 3-dimensional water velocity in the bottom 5 cm of the tank at 100 Hz sampling velocity from Nortek Vectrino velocimeter. (collected in 2018) Water elevation at 20 Hz sampling frequency at 6 locations in the tank from Senix Toughsonic 30 ultrasonic distance meters (collected in 2019) Along-tank static air pressure difference at 10 Hz sampling frequency from Baratron MKS 226 differential pressure transducer (collected in 2019) All data is in NetCDF4 format. Experiment set up and positions of instruments are documented in more detail in Curcic and Haus (2020), Revised estimates of ocean surface drag in strong winds, <em>Geophysical Research Letters</em>, https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2020GL087647. Produced as part of the National Science Foundation Award #1745384, titled "Air-Sea Momentum Transfer in Extreme Wind Conditions"<strong>.</strong> Contact: Milan Curcic &lt;[e-mail]&gt;本数据集为2018年9月、10月及2019年1月，于迈阿密大学SUSTAIN实验室的ASIST风浪水槽（ASIST wind-wave facility）中开展的飓风条件下风、浪与湍流实验室测量数据。本数据集包含两组实验，分别采用淡水（标注为"fresh"）与海水（标注为"salt"）作为介质，对应10米高度风速范围为0至约42 m/s的工况。所包含的数据如下：1. 2018年由Campbell Scientific IRGASON超声风速仪（sonic anemometer）采集的20 Hz采样率三维风速数据；2. 2018年由TSI IFA-300热膜风速仪采集的1000 Hz采样率二维（沿水槽轴向与垂向）风速数据；3. 2018年与2019年由皮托管风速仪采集的10 Hz采样率一维（沿水槽轴向）风速数据；4. 2018年由Nortek Vectrino测速仪采集的100 Hz采样率的水槽底部5 cm范围内三维水流速度数据；5. 2019年由Senix Toughsonic 30超声波测距仪在水槽内6个测点采集的20 Hz采样率水位数据；6. 2019年由Baratron MKS 226差压变送器采集的10 Hz采样率沿水槽轴向的静态空气压差数据。所有数据均采用NetCDF4格式存储。实验装置设置与仪器安装位置的详细说明可参见Curcic与Haus（2020）发表于《地球物理研究通讯》（Geophysical Research Letters）的论文《强风下海洋表面阻力的修正估算》（Revised estimates of ocean surface drag in strong winds），原文链接：https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2020GL087647。本数据集由美国国家科学基金会（National Science Foundation）编号为1745384的项目"极端风况下的气海动量传递"（Air-Sea Momentum Transfer in Extreme Wind Conditions）资助产出。联系方式：米兰·库尔契奇（Milan Curcic），电子邮箱：[e-mail]。