Experimental Investigation of the Relationship Between Noise Level and Thermal Power Inside the Boiler Plant – Study Case

Catalin Bailescu, V. Iordache, F. Iordache, A. Marin
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Abstract

Abstract The acoustic comfort of a building or house is typically given little or no attention during project planning and design. This study is aimed at quantifying noise pollution from a building technical room. To attain the research specified result, simultaneous measurements were recorded for the gas flow and noise level in the boiler room. The noise levels were recorded for different operation statuses of the boilers (different thermal loads). It was observed that noise level depends on the thermal load: the increase of thermal load is directly proportional to the noise level inside the plant room). Further, the measured values of the noise level were compared with literature predicted values and the maximum limit values from the Romanian norm. These research findings are useful for mechanical design engineers and architects in order to assure the noise protection and fulfill the residents’ expectations.
锅炉厂内噪声与热力关系的实验研究——以实例为例
摘要在工程规划和设计中,建筑或住宅的声舒适性通常很少或根本没有得到重视。本研究旨在量化某建筑技术室的噪音污染。为了达到研究规定的结果,同时测量了锅炉房的气体流量和噪声水平。记录了锅炉在不同运行状态(不同热负荷)下的噪声水平。观察到噪声水平取决于热负荷:热负荷的增加与机房内的噪声水平成正比)。此外,噪声水平的测量值与文献预测值和罗马尼亚标准的最大限值进行了比较。这些研究结果对机械设计工程师和建筑师保证噪声保护和满足居民期望有一定的参考价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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