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- Commentary on the Randomness Study of the Compartment Fire Smoke Flow 室内火灾烟气流动随机性研究述评
- compartment fire smoke flow 室内火灾烟气流动
- The properties of fire smoke flow in fire tunnel was simulated and computed by using fire flow control equations. 摘要利用矿岩自燃发火巷道烟气流动所遵循的控制方程，对烟气流动特性进行数值了模拟。
- Using the predic tion software of the fire smoke flow properties in the building, the effect of the flow coefficient on the fire smoke flow was also studied. 同时，运用建筑物火灾烟气流动性状预测计算软件，分析了门窗开度及流量系数对火灾烟流的影响。
- Opening Flow Coefficient and its Effect on Fire Smoke Flow 建筑开口流量系数及其对火灾烟流的影响
- Method of linear expressions for network model of fire smoke flow in buildings 建筑物火灾烟气流动网络模型的线性化求解方法
- Characteristics of smoke flow and fire spread in a patio space of a high-rise building were studied to investigate their influences on fire compartment and safety evacuation. 研究设有吹拔空间的高层建筑烟气流动及火灾蔓延特征,分析其对防火分区和安全疏散的影响。
- Numerical simulation of the fire smoke flow in a building corridor-room 建筑物通道-单室内火灾烟气运动的数值模拟
- Numerical simulation of the fire smoke flow in the corridor of a building 建筑物通道内火灾烟气运动的数值模拟
- The impact of the volume of smoke exclusion on the flashover compartment fire is discussed in this paper by using filed simulation software FDS developed by NIST. 利用NIST开发的场模拟软件FDS,对室内火灾中排烟风机的排烟量对轰燃的影响情况进行模拟研究,探讨其变化规律,为建筑消防系统设计中排烟风机的选用和相关消防规范的制定提供参考。
- Study of Fire Smoke Flow Characteristics of Horizontal Tunnel Using Longitudinal Ventilation 纵向通风水平隧道火灾烟气流动特性研究
- Large eddy simulations of fire smoke flow and control in an underground shopping mall 地下商场内火灾烟气运动及控制的大涡模拟
- Numerical Simulation for Fire Smoke Flow in a Tall Building with Multi-Story Hollow Space 含内天井的高层建筑火灾烟气流动数值模拟
- Numerical Simulation of the Fire Smoke Flow in a Building Corridor under Ventilation-controlled Conditions 通风控制下建筑物通道内火灾烟气运动的数值模拟
- The characteristics of transport of smoke from the compartment fires in the adjacent corridor was studied based on the data of full-scale experiment reported recently. 依据报道的“建筑-走廊”结构中的全尺寸实验数据,研究了腔室火灾产生的烟气在毗邻的走廊中传播迁移的规律。
- THIS CAN CAUSE AN ELECTRICAL SHORT CIRCUIT AND RESULT IN AN ENGINE COMPARTMENT FIRE. 可能导致电子线路短路，并导致发动机舱起火。
- When compartment fire reaches flashover, the temperature rises rapidly, resulting in the ignition of all surfaces of the combustibles within the compartment. 当室内火灾发展到轰燃时,房间温度急剧升高,室内所有可燃物表面都发生燃烧,从而造成严重的建筑破坏、财产损失和人员伤亡。
- In order to learn fire expand and smoke flow in a multi-storey building,the fire process was simulated and analyzed by use of LES method. 为了解多层建筑火灾的蔓延发展和烟气运动,应用大涡模拟(LES)方法对多层建筑火灾发生过程进行数值模拟分析,模拟不同工况下走廊和各楼层中火灾烟气运动和温度的变化情况。
- In this paper,radiative heat transfer method is applied to study the distribution of net heat flux of a combustible surface on a horizontal plane and a vertical line in a compartment fire. 本文用辐射换热的方法研究了可燃物在室内火灾环境下的表面热流密度随位置变化的分布,以及加入其它可燃物后所带来的变化。
- The results are compared with those calculated under fuel-controlled conditions.The features of smoke flow and fire spread are delineated under different combustion conditions. 将模拟结果与燃料控制下通道内火灾烟气运动的计算结果进行了对比,揭示了不同燃烧状况下通道内烟气运动与火蔓延的特点。
