公寓凉亭阳台噪声特性及声压级预测

Afif Fajar Zakariya, I. Defiana, Teddy Badai Samodra
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引用次数: 0

摘要

包括公寓在内的许多住宅区都属于街道级,噪音很大。当噪音对居民的健康产生影响时,它往往被忽视。公寓的阳台设计可以捕捉甚至降低噪音,这需要进一步研究;公寓中使用最广泛的阳台是凉廊式阳台。要找出一个地方的噪音水平,从一个特定的来源,如交通噪音,可以通过直接测量。了解噪声级比后,采用现场测量、仿真和数学计算的方法。测量方法采用Gunawangsa Manyar公寓对象,通过对公寓阳台进行24小时的噪声级测量,采用I-Simpa进行噪声级模拟,计算方法采用数学模型。结果表明:公寓阳台上的车辆噪声为稳态噪声,空调噪声下的车辆噪声为脉冲噪声。现场测量结果与模拟方法和计算结果的比较显示出高度的相关性,因此I-Simpa模拟方法和计算可以用于预测特定地板上所需的噪声水平。
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Noise Characteristics and Sound Pressure Level Prediction of Loggia Balcony in Apartment
Many residential areas are in the street class with high noise, including the apartment. Noise is often overlooked when it will have an impact on the health of residents. The balcony design in apartments can capture and even reduce noise, so this needs to be further investigated; the most widely used balcony in the apartment is a loggia type balcony. To find out the noise level of a place from a particular source such as traffic noise can be done by direct measurement. Knowing the noise level ratio, the method taken is field measurement, simulation, and mathematical calculations. The method of measuring the field using the Gunawangsa Manyar Apartment object by measuring noise levels carried out for 24 hours on the apartment's balcony, the noise level simulation method was carried out with I-Simpa, and the calculation method used a mathematical model. The results obtained are two types of noise on the apartment balcony, namely vehicle noise is steady, and vehicle noise is impulsive with noisy air-conditioner. The comparison of field measurements with simulation methods and calculations shows a high relationship so that the I-Simpa simulation method and calculation can be used to predict the desired noise level on a particular floor.
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发文量
17
审稿时长
9 weeks
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