Experimental and numerical study on fire smoke propagation and ventilation modes in powerhouse of hydropower station during construction stage
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Tsinghua University Press
Reference20 articles.
1. China’s large-scale hydropower system: Operation characteristics, modeling challenge and dimensionality reduction possibilities;Z. K. Feng;Renew Energy,2019
2. Hydropower development situation and prospects in China;X. Z. Li;Renew Sust Energy Rev,2018
3. Experimental studies of mechanically exhausted smoke within the transport passage of the main transformer of an underground hydropower station;A. G. Li;Tunn Undergr Space Technol,2013
4. Reduced-scale experimental study of the temperature field and smoke development of the bus bar corridor fire in the underground hydraulic machinery plant;A. G. Li;Tunn Undergr Space Technol,2014
5. Reduced-scale model study of ventilation for large space of generatrix floor in HOHHOT underground hydropower station;A. G. Li;Energy Buildings,2011
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