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The Dynamic Analysis on Hospital Noise in Central Taiwan

机译:台湾中部地区医院噪声的动态分析

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摘要

In this study, a series of noise level measurements at eleven comprehensive hospitals (single lobby) in central Taiwan have been executed. And a comparison with the regulation of World Health Organization (WHO) shows the urgent needs of the better guidelines concerning the noise control in hospitals building design. A solution to this problem has been discussed using a prediction code for traffic or electromechanical equipment and a recommendation to analyze the noise floor (grade) inside and outside the hospitals. And they will be reviewed during the design stage for minimization. We found the noise levels are averaged from 60 to 65 dBA through the noise level of equivalent quantity (Leq) using 15 minutes integration for 24 hours period. These noise levels are two times and higher than 55dBA of Noise Control Standards. The noisy level questionnaire was employed to survey how noisy does the hospitals lobby hall. We found noisy level is correlated well with the noisy duration or cumulated rate (NCR), and the control standard may be in accordance with them. We test and verified that changing material in hospitals lobby hall will decrease the NC (noise criteria) values. Finally, the noisy level in hospital are mainly aroused by architectural or medical facilities was verified by using statistical analyzing.
机译:在这项研究中,台湾中部的11家综合医院(单厅)已进行了一系列噪音水平测量。与世界卫生组织(WHO)的法规进行比较表明,迫切需要更好的有关医院建筑设计中噪声控制的指南。已经讨论了使用交通或机电设备的预测代码以及建议来分析医院内外的本底噪声(等级)的解决方案。并且将在设计阶段对它们进行审核以使其最小化。我们发现,使用15分钟积分(在24小时内),通过等效量(Leq)的噪声水平,平均噪声水平为60至65 dBA。这些噪声水平是噪声控制标准的55dBA的两倍并更高。嘈杂水平问卷被用来调查医院大厅的嘈杂程度。我们发现噪声水平与噪声持续时间或累积速率(NCR)密切相关,并且控制标准可能与此一致。我们测试并验证了在医院大厅中更换材料会降低NC(噪声标准)值。最后,通过统计分析验证了医院的噪声水平主要是由建筑或医疗设施引起的。

著录项

  • 来源
  • 会议地点 Beijing(CN);Beijing(CN)
  • 作者单位

    Graduated school of Architecture and Urban Design,Chaoaynag Univ.of Technology,Taiwan;

    Graduated school of Architecture and Urban Design,Chaoaynag Univ.of Technology,Taiwan;

    Architecture and Building Research Institute,Ministry of the Interior,Taiwan;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 声学;声学;
  • 关键词

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