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Study on the influence of the longitudinal position of the fire source on the movement behavior of the asymmetric flow field

Lu He, Ke Liao, Yuhang Zhou, Haowen Tao, Yuyang Ming, Xinyu Wang, Haojun Zhang, Guo‐Qing Zhu

2023Thermal Science and Engineering Progress16 citationsDOI

Topics & Concepts

MechanicsAirflowCeiling (cloud)Jet (fluid)Wind tunnelInertiaTurbulenceFlow (mathematics)AerodynamicsMass flow rateMeteorologyMaterials scienceEnvironmental sciencePhysicsClassical mechanicsThermodynamicsFire dynamics and safety researchEvacuation and Crowd DynamicsFire effects on ecosystems
Study on the influence of the longitudinal position of the fire source on the movement behavior of the asymmetric flow field | Litcius