Publications by authors named "Shuoran Huang"
Based on the engineering example of Linsheng coal mine, this paper uses TF1M3D computer simulation platform to systematically analyze the process of smoke flow spreading and air flow disorder disaster from the perspective of the whole mine network, and puts forward corresponding plans and measures. A small scale similar experiment was carried out to study the updraft flow fire in the mine. Through the analysis of the collected experimental data, the variation law of the air volume of the fire source in the main air path, side branch road and total air path with different air volume and the variation characteristics of the temperature at the monitoring point with time were obtained under different air volume conditions, and the critical air volume was fitted as 1.
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- A model was created to study how carbon monoxide (CO) spreads into a refuge chamber during mining disasters to boost miners' survival rates.
- Experiments and simulations revealed that the temperature difference between the refuge chamber and CO affects how the gas enters; CO enters through the top if the chamber is cooler and through the bottom if it’s warmer.
- The implementation of a flexible isolation door significantly decreases harmful gas infiltration, with the air volume needed to keep safe CO levels dropping by 30.4% compared to setups without the door.