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Rapid simulation and visualization analysis of liquid ammonia tank leakage risk

机译:液氨罐泄漏风险的快速仿真与可视化分析

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For the complex calculation and analysis problems existing in the liquid ammonia tank leakage and gas diffusion simulation, by selecting appropriate gas diffusion model and writing a program to simulate and analyze the spread of dangerous gas, This article could draw the ammonia diffusion concentration distribution, and the hazardous areas of ammonia diffusion could be divided accurately and rapidly, then used the program to simulate and analyze the effects of the factors such as wind velocity, ground roughness and liquid ammonia leakage rate on ammonia diffusion. The results proved that when wind direction was in line with the direction of leakage source, ammonia diffusion distance and the hazardous areas showed a trend of decrease with the increase of wind velocity; Ammonia diffusion distance decreased with the increase of ground roughness in the direction of down-wind; Ammonia diffusion distance and hazardous areas increased with the increase of liquid ammonia leakage rate.
机译:对于液氨罐泄漏和气体扩散模拟中存在的复杂计算和分析问题,通过选择合适的气体扩散模型并写入程序模拟和分析危险气体的扩散,本文可以绘制氨扩散浓度分布,氨扩散的危险区域可以准确且迅速地划分,然后使用该程序模拟和分析因素,诸如风速,地面粗糙度和液氨漏率等因素对氨扩散的影响。结果证明,当风向与漏电源的方向一致时,氨扩散距离和危险区域随着风速的增加而降低的趋势;氨扩散距离随着下风方向的地面粗糙度的增加而降低;随着液氨渗漏率的增加,氨扩散距离和危险区域增加。

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