1) smoke aerodynamic model
烟气流动模式
2) smoke plume rising mode
烟气流夹卷模式
3) smoke movement
烟气流动
1.
For the research interest,the paper has studied the influence of such factors on the smoke movement,as the height of spandrel,the width of horizontal projection,the width of heat passage,the breaking of external wall,as well as the wind speed,etc.
针对呼吸式幕墙存在的消防问题,利用计算流体力学方法对其火灾特性进行了数值模拟,研究了窗槛墙高度、防火挑檐宽度、热通道宽度、外幕墙破碎和室外风速等因素对幕墙通道内烟气流动特性的影响,得出了各因素对烟气蔓延速度、烟羽流温度、幕墙附近温度的影响规律。
2.
Experimental and numerical studies on smoke movement and control in subway stations are presented.
介绍了地铁站内烟气流动和控制的试验和数值研究。
3.
Analysis is made for smoke movement in large space buildings, and some fullscaletests for comparison are made in USTC and PolyU Test Hall.
结果表明，在着火的初期阶段，大厅上部的烟气流动比较紊 乱，但在以后的大部分时间，烟气的充填过程仍可用火灾区域模拟方法计算。
4) smoke flow
烟气流动
1.
Contribution to the control of fire-induced smoke flow in longitudinally ventilated tunnels;
纵向通风隧道内火灾烟气流动的控制(英文)
2.
Numerical simulation of fire smoke flow properties in high-rise building;
高层建筑火灾烟气流动性状的数值模拟
3.
The properties of fire smoke flow in fire tunnel was simulated and computed by using fire flow control equations.
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。
5) down convection pipe still
烟气向下流动的管式炉
6) chimney current
烟囱式气流
补充资料：流动模式
见返混。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条