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The architectural instrumentalist - exploring spatio-temporal interdependence in the composition of performed music and architectural space

机译:建筑工具 - 在执行音乐和建筑空间组成中探索时空相互依赖性

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摘要

Sound, space and time are inextricably linked. As an architect and musician, I am interested in the simultaneous capacities of architecture to influence the composition and experience of performed music - and of performed music to influence the composition and experience of architectural space. My architectural research project - the Augmented Instrumentalist (tAI) - sets out a methodology by which architectural spaces are understood as and designed to be instruments - as a means of replicating the unique acoustic profile of the city of Venice during the acqua alta. In tandem with the development of acoustically generative themes within my architectural research; my musical compositions actively appropriate architectural spaces as musical instruments, by responding to the acoustic qualities of specific performance spaces. When performed, my pieces exploit acoustical phenomena such as reverberance/echo and sympathetic resonance to articulate and augment musical motifs. For example, by using excessive reverberance to construct a harmonic sequence, or by suggesting a rhythm from an echo. Architectural acoustics have long had an effect on the development of musical ideas: '...in the old churches the walls were in fact powerful instruments which the ancients learned to play upon... [When it was discovered that] more than one tone could be heard at the same time with pleasing results, the harmonies produced by the coinciding of notes began to be regulated and used. From this part-singing developed [polyphonic music]' (Rasmussen, 1962: 230) This article investigates spatio-temporal interdependence between architecture and performed music within the context of my ongoing research.
机译:声音,空间和时间是密不可分的。作为一名建筑师和音乐家,我对架构的同步能力感兴趣,影响所执行的音乐的组成和经验 - 以及对建筑空间的构成和经验影响了对演奏的音乐。我的建筑研究项目 - 增强仪器师(TAI) - 阐述了建筑空间被理解为仪器的方法,作为仪器 - 作为复制威尼斯市的独特声学概况的方法。随着我在建筑研究中发展原始生成主题的串联;我的音乐作品通过响应特定性能空间的声学质量,积极地是乐器的适当建筑空间。当执行时,我的作品利用声学现象,如混响/回声和交感神经共振,以表达和增强音乐主题。例如,通过使用过度的混响来构建谐波序列,或通过表明来自回声的节奏。建筑声学长期以来对音乐思想的发展产生了影响:'......在古老的教堂里,墙壁实际上是强大的乐器,古人学会扮演...... [当它被发现时]多个基调可以在同一时间听到令人愉悦的结果,由符合票据产生的和谐开始调节和使用。从这个部分唱歌开发了[Polyphonic Music]'(Rasmussen,1962:230)本文在我正在进行的研究的背景下调查了架构和执行音乐之间的时空相互依赖。

著录项

  • 来源
    《Design Ecologies》 |2017年第2017期|共25页
  • 作者

    EMMA-KATE MATTHEWS;

  • 作者单位

    University College London;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 计量学;
  • 关键词

  • 入库时间 2022-08-20 10:07:35

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