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STUDIO ACUSTICUM - A CONCERT HALL WITH VARIABLE VOLUME

机译:Studio Acusticum - 一个有变量卷的音乐厅

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In the town of Pitea in the north of Sweden a new multipurpose concert hall, Studio Acusticum, was inaugurated in 2007. The acoustics of the hall is designed by Tunemalm Akustik with some help from Lulea University of Technology. Since Pitea is a town with a strong tradition of using wood for buildings, the construction consists mostly of wood. Surface treatment of the wooden elements permits good reflective properties. What makes this hall special is that the variable acoustics is accomplished by a height adjustable ceiling which can be raised or lowered 5 m, thereby effectively changing the reverberation volume by 30percent. There are also absorptive curtains which can be lowered to achieve short reverberation times for electronically amplified music. When compared to other multipurpose halls, this solution provides good acoustics for all uses without the need to compromise. A change in volume affects the reverberation time equally on all frequencies which gives better results than added absorption. Also, measurements have shown that reverberation time and clarity are the only parameters that change when the ceiling is lowered. Loudness, Lateral fraction and IACC are not affected by the change in ceiling height. This paper will give a thorough presentation of Studio Acusticum and its acoustical properties.
机译:在瑞典北部的Pitea镇,一家新的多功能音乐厅,工作室Acusticum于2007年落成。大厅的声学由Tunemalm Akustik设计了Lulea技术大学的一些帮助。由于Pitea是一个拥有强大传统的城镇,为建筑物使用木材,施工主要由木材组成。木元件的表面处理允许良好的反射性​​能。是什么让这个大厅特殊是通过可以升高或降低5米的高度可调节天花板来实现的可变声学,从而有效地通过30平方改变混响体积。还有吸收窗帘,可以降低以实现电子放大音乐的短混响时间。与其他多功能大厅相比,该解决方案为所有用途提供了良好的声学,而无需妥协。体积的变化影响所有频率同样的混响时间,这提供了比添加的吸收更好的结果。此外,测量结果表明,混响时间和清晰度是当天花板降低时更改的唯一参数。响度,横向分数和IACC不受天花板高度变化的影响。本文将彻底介绍工作室痤疮及其声学特性。

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