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Air speed and velocity measurements in a room with a sidewall jet

机译:带有侧壁射流的房间中的风速和风速测量

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摘要

In mixing ventilation systems, diffusers are often located on side walls and supply quasi-free air jets above the occupied zone. The data presented in this paper shows a new CFD 3D benchmark with two well-defined characteristic zones in the room, i.e., the quasi-free jet zone and the occupied zone. Measurement methods adequate for air velocity and speed measurement were applied: laser Doppler anemometry for the axial velocity component in the jet and low velocity thermal anemometry for the air speed in the occupied zone. Measurements were performed in a physical scale model (1:5) of the room. The kinematic similarity criterion was fulfilled by the equality of the Reynolds numbers in the model and in the prototype. To identify boundary conditions, additional measurements were carried out in the inlet region (as close as possible to the supply opening). The CFD results validation and reporting methods applicable for the benchmark data are proposed in Hurnik et al. (2015) .
机译:在混合通风系统中,扩散器通常位于侧壁上,并在占用区域上方提供准无空气的射流。本文提供的数据显示了一个新的CFD 3D基准测试,该基准测试在房间中具有两个明确定义的特征区域,即准无喷射区域和占用区域。应用了适合于风速和速度测量的测量方法:激光多普勒风速仪测量射流中的轴向速度分量,低速热风速仪测量所占区域的空气速度。在房间的物理比例模型(1:5)中进行测量。运动相似性准则通过模型和原型中雷诺数的相等性来满足。为了确定边界条件,在进口区域(尽可能靠近进料口)进行了额外的测量。 Hurnik等人提出了适用于基准数据的CFD结果验证和报告方法。 (2015)。

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