首页> 外文会议>AIVC conference;AIVC conferences 1998-2004 >COMPARISON OF MODELED AND MEASURED TRACER GASCONCENTRATIONS IN A MULTIZONE BUILDING
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COMPARISON OF MODELED AND MEASURED TRACER GASCONCENTRATIONS IN A MULTIZONE BUILDING

机译:多区域建筑中示踪气体浓度的测量值与实测值的比较

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Few detailed comparisons of modeled ad measured pollutant concentrations in multizonebuildings have been published. The COMIS air flow and contaminant transport modelpermits simulation of the effects of building and HVAC operation, as well as the influence ofthe local meteorology, on air flows within the building. We have recently used this model tosimulate the release of a gas-phase tracer in a three-story, multi-room building located atDugway Proving Ground, Utah, USA. Following detailed leakage and flow-pathcharacterization measurements of the building, experiments were conducted in which tracergas concentrations were measured as a function of time in each room of the building.Comparison of the simulations with these detailed measurements showed reasonable -- and insome cases, quite good -- agreement. The paper describes some details of the experimentsand modeling and discusses the differences between the observed and the predictedconcentrations.
机译:很少有模型比较多区域的广告测得污染物浓度的详细比较 建筑物已经出版。 COMIS气流和污染物传输模型 可以模拟建筑物和HVAC运行的影响以及 关于建筑物内空气流动的当地气象。我们最近已使用此模型来 模拟气相示踪剂在位于三层,多房间的建筑物中的释放 Dugway试验场,犹他州,美国。遵循详细的泄漏和流路 建筑物的特征测量,在其中进行了示踪的实验 在建筑物的每个房间中,气体浓度是作为时间的函数进行测量的。 仿真与这些详细测量的比较表明合理-并且 在某些情况下,很好-达成协议。本文介绍了实验的一些细节 和建模,并讨论了观测值和预测值之间的差异 浓度。

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