Parametric Perforated Façade Pattern Design Method Incorporating Perceived Emotional Effect -Generating swarm intelligence-based asymmetric perforated patterns for parametric façade design-
0
조회
0
다운로드
1
인용
0
참고문헌
키워드
초록
In recent years, perforated patterns on architectural façades are popular due to the introduction of new customized configurations. However, few studies have developed a systematic perforated façade pattern design method. This study follows up on research which extracted a perceived emotional effect of “symmetry” on perforated patterns and develops a way to generate parametric perforated façade patterns which apply emotional characteristics. Selected pattern grids and design motifs generated by the Grasshopper algorithm are used, and the process of generating an asymmetrically parametric perforated façade pattern is demonstrated. Specifically, first step involves defining a perforated pattern, reviewing the literature, and noting this study’s differentiation from the extant literature, and theologically reviewing symmetry, as a principle of operation of natural organisms and as a principle in architecture and design. Second, this study transforms triangular-based symmetry operations via original square-shaped symmetry operations, uses a ten-step process to develop an asymmetrical parametric perforated pattern, and produces these patterns using the aforementioned operations. Third, selected patterns are applied to an architectural façade. Finally, the applied façades are compared and analyzed with the perforated façade patterns from existing research. A notable difference mainly uses natural shapes and pixelated images, and algorithmized parametric data of natural movement. This research makes an important contribution by proposing a parametric perforated façade pattern design method which applies emotional characteristics. This work can be particularly helpful to architects and designers, and inspire them to create their own parametric perforated façade pattern designs.
Abstract
In recent years, perforated patterns on architectural façades are popular due to the introduction of new customized configurations. However, few studies have developed a systematic perforated façade pattern design method. This study follows up on research which extracted a perceived emotional effect of “symmetry” on perforated patterns and develops a way to generate parametric perforated façade patterns which apply emotional characteristics. Selected pattern grids and design motifs generated by the Grasshopper algorithm are used, and the process of generating an asymmetrically parametric perforated façade pattern is demonstrated. Specifically, first step involves defining a perforated pattern, reviewing the literature, and noting this study’s differentiation from the extant literature, and theologically reviewing symmetry, as a principle of operation of natural organisms and as a principle in architecture and design. Second, this study transforms triangular-based symmetry operations via original square-shaped symmetry operations, uses a ten-step process to develop an asymmetrical parametric perforated pattern, and produces these patterns using the aforementioned operations. Third, selected patterns are applied to an architectural façade. Finally, the applied façades are compared and analyzed with the perforated façade patterns from existing research. A notable difference mainly uses natural shapes and pixelated images, and algorithmized parametric data of natural movement. This research makes an important contribution by proposing a parametric perforated façade pattern design method which applies emotional characteristics. This work can be particularly helpful to architects and designers, and inspire them to create their own parametric perforated façade pattern designs.
참고문헌 (21)
- Froggatt, C. D., "Origin of symmetries" (1991), World Scientific Publishing Co. Pte. Ltd
- "Patterns of architecture. Architectural Design" (2009)[URL]
- Hargittai, M., "Visual symmetry" (2009), World Scientific Publishing Co. Pte. Ltd
- Ibanez, J., "Showing emotions through movement and symmetry", Computers in Human Behaviors, 27(2011), pp.561~567 (2011)
- 장도진, "가상현실 기반 사용자 참여형 타공패널 파사드 설계 방법론", 대한건축학회논문집, 36(4), pp.103~111 (2020), 대한건축학회
- 김철규, "현대건축 공간구성의 비정형적형태에 관한 연구", 한국실내디자인학회 논문집, 41, pp.88~95 (2003), 한국실내디자인학회
- Kim, H. K., "Architectural design theory" (2001), Kimundang
- Krier, R., "Elements of architecture" (1992), Academy Editions
- 이경선, "파라메트릭 도구를 이용한 파사드 디자인 유형에 관한 연구", 대한건축학회논문집, 29(07), pp.91~101 (2013), 대한건축학회
- Mahmoud, A. H. A. M., "Parametric-based designs for kinetic facades to optimize daylight performance : Comparing rotation and translation kinetic motion for hexagonal facade patterns", Solar Energy, 126(2016), pp.111~127 (2016)
- Oh, Y. E., "Development of swarm intelligence-based façade parametric pattern design methods in terms of biophilic design", doctor, pp.2020
- 오영은, "무리지능 기반 파라메트릭 파사드 패턴 디자인 방법 및 그래스호퍼 알고리즘 개발", 한국실내디자인학회 논문집, 30(3), pp.109~122 (2021), 한국실내디자인학회
- 오영은, "무리지능 기반 파라메트릭 파사드 패턴 디자인 프로세스 및 그래스호퍼 알고리즘 개발", 한국실내디자인학회 논문집, 30(4), pp.103~117 (2021), 한국실내디자인학회
- 오영은, "건물 파사드의 디자인 패턴과 감성 디자인 특성의 상관관계 분석", 디자인융복합연구(구.인포디자인이슈), 14(2), pp.51~66 (2015), 디자인융복합학회(구.한국인포디자인학회)
- Oh, Y. E., "Perceived emotional effects of digital pattern in façade design", Proceedings of Computer-Aided Architectural Design Research in Asia, pp.623~630 (2015)
- Pell, B., "The articulate surface : Ornament and Technology in contemporary architecture" (2010), Birkhäuser GmbH
- "The orange cube by Jakob + MacFarlane, Lyon, France" (2011)[URL]
- "San Telmo Museum: on the Urban Boundary, San Sebastián"[URL]
- "Matter’s States and Molecular Motion Model. In dic.kumsung.co.kr dictionary"[URL]
- Vicsek, T., "Collective Motion" (2012), Elsevier
- Wallschlaeger, C., "Basic Visual Concepts and Principles" (1992), Wm. C. Brown