加纳,学术环境中礼堂的审计

C. Koranteng, B. Simons, Selorm Fiati
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引用次数: 0

摘要

礼堂建筑是一种特殊的建筑结构,它的正常使用需要引起人们的重视。一般来说,应考虑座位、视线和声学要求。此外,设计应尽可能确保表演者与观众的亲密关系。该研究的重点是审查库马西Kwame Nkrumah科技大学礼堂的合规设计策略,并制定改进解决方案,以提高4个选定礼堂设施的性能。案例研究、观察和测量是使用的主要策略。结果表明,礼堂设计涉及的方法包括形状、体积、表面边界尺寸和材料、舞台、座位、门厅和视线。这些参数分为声学参数、功能参数和程序参数。计算出的混响时间很高,这表明语音清晰度存在问题,因此,我们进行了改进,将地板材料从抛光瓷砖改为地毯地板和高吸收墙面覆层。在此过程中,研究建筑的混响时间从1.47-2.23减少到0.84-1.73。该研究建议严格遵守标准和指南,并让设计师专注于设计这些特殊的建筑。翻新工作一旦开展,将改善选定建筑的性能。
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Audit of Auditoriums in an Academic Setting, Ghana
Auditorium buildings are special structures needing much attention for it to function properly. Generally, consideration should be given to seating, sightlines, and acoustic requirements. In addition, the design should ensure performer-audience intimacy as much as possible. The focus of the study is to review design strategies for auditoria on the Kwame Nkrumah University of Science and Technology, Kumasi campus towards compliance and to develop solutions for improvements that will enhance the performance of 4 selected auditorium facilities. Case study, observation and measurements were the main strategies used. The results revealed that the approaches involved in auditorium designs are shape, volume, surface boundary dimensions and materials, stage, seating, foyers and sightlines. These parameters are grouped under acoustical, functional and programmatic parameters. Reverberation time calculated was high which indicated speech intelligibility problems, hence, improvement efforts were made to change the floor materials from polished tiles to carpeted floors, and high absorption wall claddings. In the process, the reverberation time was reduced from 1.47 - 2.23 to 0.84 - 1.73 for the studied buildings. The study recommends strict adherence to standards and guidelines, and for designers to have a keen focus on designing these special buildings. A renovation effort when undertaken, will lead to improvements in the performance of the selected buildings.
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