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Research on Relationship Between Ceiling Design and Acoustics in the Concert Hall

机译:音乐厅天花板设计与声学的关系研究

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Lighting and stage facilities in concert hall are not as complicated as opera house, but the acoustics quality is most the crucial among all kinds of hall design which can not be evaluated with single acoustical parameter. Acoustical design usually presents an overall effect only. Difficult to predict the result of acoustical design in combining many acoustical parameters. Here suggests criterion method by the area coefficient counted with multi-dimension rose graph, each dimension in the graph denoting an individual acoustic parameter, as the technique rule of the combined acoustical criterion. Therefore area has shown in the rose graph needs to larger the better acoustics in the hall. Measurement of the concert hall usually takes with international standard (ISO 3382) processing the minimum test points by scale. It just take account of few selected positions only. Now through digital simulation predict the acoustics parameters even at every seat position. And can getthe percentage of the optimum positions as criteria of acoustics. From there statistical data, not only can make compares with different acoustical design, and also know how to improve the acoustical design. This method has been used to optimize a medium-size hall project design from five different ceiling configurations.
机译:音乐厅的灯光和舞台设施并不像歌剧院那样复杂,但是在各种厅堂设计中,声学质量是最关键的,无法通过单一的声学参数来评估。声学设计通常仅呈现整体效果。结合许多声学参数难以预测声学设计的结果。在此提出了以多维玫瑰图计数的面积系数作为判据的方法,该图中的每个维表示一个单独的声学参数,作为组合声学判据的技术规则。因此玫瑰图中显示的区域需要更大的大厅更好的音响效果。音乐厅的测量通常采用国际标准(ISO 3382),按比例处理最小测试点。仅考虑几个选定的职位。现在,通过数字仿真甚至可以在每个座椅位置预测声学参数。并可以将最佳位置的百分比作为声学标准。从那里的统计数据,不仅可以与不同的声学设计进行比较,而且还知道如何改进声学设计。该方法已用于从五种不同的天花板配置中优化中型大厅项目设计。

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