摘要
植物纹样来源于自然界的各种植物,如叶、花、枝条、果实等,其形态和结构经过艺术加工与创意设计,转化为具有审美价值的图案与纹理。作为一种古老而丰富的设计元素,在现代建筑设计中展现出了独特的魅力和创新潜力。本研究通过对植物纹样特征、特性的分析,深入探讨了其在现代建筑设计中的应用细节、设计思路以及实现效果,特别是通过精选的案例研究,如新加坡滨海湾花园的“超级树”、芝加哥艺术学院现代艺术馆的立面设计以及英国伦敦的“花园桥”计划,展示了植物纹样如何被巧妙地融入现代建筑之中,不仅丰富了建筑的视觉效果,还提升了建筑的生态性能和文化价值。本研究通过对这些案例的比较分析,总结了植物纹样应用的成功因素和面临的挑战,展望了在技术进步、理论发展背景下,植物纹样在建筑设计领域应用与创新的未来方向。
Plant patterns, originating from various plants in nature such as leaves, flowers, branches, and fruits,are transformed into patterns and textures with aesthetic value through artistic processing and creative design. As an ancient and rich design element, it has shown unique charm and innovation potential in modern architectural design. This study, through the analysis of the characteristics and properties of plant patterns, delves into their application details, design ideas, and implementation effects in modern architectural design. Especially through selected case studies, such as the "Supertrees" in Gardens by the Bay in Singapore, the facade design of the Modern Wing of the Art Institute of Chicago, and the "Garden Bridge" project in London, it demonstrates how plant patterns are cleverly integrated into modern architecture, not only enriching the visual effect of the buildings but also enhancing their ecological performance and cultural value. This research, through comparative analysis of these cases, summarizes the successful factors and challenges faced by the application of plant patterns and looks forward to the future direction of the application and innovation of plant patterns in architectural design against the backdrop of technological advancement and theoretical development.
作者
周杨
裴炳
Zhou Yang;Pei Bing(School of Arts and Media,Jinzhong College of Information,Jinzhong,030800)
出处
《分子植物育种》
CAS
北大核心
2024年第15期5176-5180,共5页
Molecular Plant Breeding
基金
2023年山西省高等学校一般性教学改革创新立项项目(J20231745)
2023年山西省文化、旅游、创意产业发展调查研究专项课题(SXSKW2023001)共同资助。
关键词
植物纹样
现代建筑设计
应用与创新
案例研究
生态性能
Plant patterns
Modern architectural design
Application and innovation
Case study
Ecological performance
作者简介
通信作者:周杨,13233688787@163.com。
