September 30, 2025ProcessesOpen Access

Simulation-Based Optimization and Prevention Strategies for Underground Heat Hazards in Menkeqing Coal Mine

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Effective cooling systems were designed, confirming their role in mitigating underground heat hazards.
Thermodynamic and heat transfer models quantified heat dissipation from various sources in the mine.
Computational fluid dynamics simulations tested equipment layouts, leading to optimized cooling strategies.
Field implementation highlighted the practical impact on thermal hazards in deep mining environments.

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This analysis reveals effective cooling systems for mitigating underground heat hazards, suggesting practical solutions for coal mines.

Niu et al. (2025) studied this question.

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