不同压力和温度及容积下氢气泄放特性数据集

以不同压力和温度及容积下氢气泄放特性为研究对象，通过美国桑迪亚国家实验室(Sandia National Laboratories)研发的HyRAM开源软件模拟分析了不同压力(1MPa~140MPa)、温度(-60℃~150℃)、容积(230L~1380L)和管径(2mm~8mm)高压高速氢气冲蚀泄放特性。该数据集包含不同压力和温度及容积下氢气泄放特性数据，可为阀门高压高速氢气冲击(蚀)损伤特性研究提供支撑。数据集文件193KB。

Focusing on the hydrogen discharge characteristics under varying pressures, temperatures and volumes, this study simulated and analyzed the high-pressure and high-speed hydrogen erosion discharge characteristics via the open-source HyRAM software developed by Sandia National Laboratories of the United States. The simulation covers a wide range of parameters: pressures ranging from 1MPa to 140MPa, temperatures from -60℃ to 150℃, volumes from 230L to 1380L, and pipe diameters from 2mm to 8mm. This dataset contains hydrogen discharge characteristic data under the above-mentioned variable conditions, which can provide support for the research on the high-pressure and high-speed hydrogen impact (erosion) damage characteristics of valves. The total file size of this dataset is 193 KB.

搜集汇总

背景与挑战

背景概述

该数据集通过HyRAM开源软件模拟分析了高压氢气在不同压力（1MPa-140MPa）、温度（-60℃-150℃）、容积（230L-1380L）和管径（2mm-8mm）条件下的泄放特性，专注于高速氢气冲蚀行为。数据集旨在为阀门在高压高速氢气环境下的冲击损伤特性研究提供数据支撑，文件大小较小，便于使用。