Extreme Supersaturation in Human Airways (ANSYS Fluent Dataset)

This dataset contains Computational Fluid Dynamics (CFD) simulation files for the study:"Unprecedented 400% Relative Humidity in Human Airways: A Paradigm Shift in Understanding Cold-Air Inhalation". The files include: ANSYS Fluent case (.cas.h5) and data (.dat.h5) for –20°C, –30°C, –40°C, –50°C inhalation at t = 0.04 ..0.010 ... 0.020 s, CFD-Post state file (.cst) for visualization of temperature, absolute humidity, and RH > 400%, README with setup instructions. All simulations were performed using the ANSYS Fluent 2023 R2 Student Version, which is freely available for academic use. The methodology is fully reproducible on a standard desktop computer in under 1 hour.本数据集包含用于研究《人类气道内前所未有的400%相对湿度：冷空气吸入研究范式的革新》的计算流体动力学（Computational Fluid Dynamics, CFD）仿真文件。 本次收录的文件包括： 1. 针对-20℃、-30℃、-40℃、-50℃吸入工况的ANSYS Fluent 算例文件（.cas.h5）与数据文件（.dat.h5），仿真时刻覆盖t = 0.04 s、0.010 s至0.020 s的系列采样点； 2. 用于可视化温度、绝对湿度及相对湿度（Relative Humidity, RH）> 400%分布的CFD-Post状态文件（.cst）； 3. 包含仿真设置说明的README文档。 所有仿真均采用ANSYS Fluent 2023 R2学生版完成，该软件可免费用于学术场景，且整套方法学可在标准台式计算机上于1小时内完全复现。