Perception of Visual Impairment Towards the Aesthetic of Architectural Elements

Komang Ayu Laksmi Harshinta Sari, Arina Hayati, F. Samodra
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Abstract

Abstrak—Phenomenology in architecture is associated with perception between the subject and the space, which one of the studies includes multisensory experience. In general, contemporary architecture accentuates the visual experience, among other sensory modalities. Therefore, it is necessary to conduct research about the exploration of multisensory perception in architectural design. This study aims to explore how sensory activities or blind and visual impaired experience the spatial and the elements of architecture. This study is started by examining a brief literature review and then conducts qualitative research (in-depth interview and participant observation) to explore sensory experience and perception of blind people. The result finds from the five elements, walls and windows are the most influential elements for blind people. The existence of a wall has the potential to be a wayfinding of haptic system and has an echo effect. While the aperture opening element influences the illumination of light as well as indicators of outside space limits. The research outcome shows that people with visual impairment also acknowledge and they recognize these principles of design. They recognize contrast of temperature through the opening element, rhythm of texture through the wall, surface balance through the furniture, and hierarchy of noise through the window.
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视觉障碍对建筑元素美学的感知
建筑中的抽象现象学与主体与空间之间的感知有关,其中一项研究包括多感官体验。总的来说,当代建筑强调视觉体验,而不是其他感官形式。因此,有必要对建筑设计中多感官感知的探索进行研究。本研究旨在探讨盲人和视障人士的感官活动如何体验建筑的空间和元素。本研究首先通过简要的文献综述,然后进行定性研究(深度访谈和参与观察),探讨盲人的感官体验和感知。结果发现,从五行来看,墙壁和窗户是对盲人影响最大的元素。墙壁的存在有可能成为触觉系统的寻路功能,并具有回声效应。而光圈开启元件影响光的照度以及外部空间限制的指示。研究结果表明,视障人士也承认并认可这些设计原则。他们通过开口元素来识别温度的对比,通过墙壁来识别纹理的节奏,通过家具来识别表面的平衡,以及通过窗户来识别噪音的层次。
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