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| 1 | 国外活态植物建筑的发展与实践研究进展显示文摘活态植物建筑是通过利用植物特性和相关技术,把正在生长的树木作为建筑的承重结构,使活体植物和现代建筑实现有机结合,达到与自然、气候、生态相适应的目的。通过对活态植物建筑的发展历史、产生原因进行梳理,并对其基本策略、技术整合方法和代表案例进行分析研究,特别是对叠加法、树种选择和节点连接方式等关键技术进行了较为详细的介绍,最后总结其优势、存在问题及对我们的启示。 | 张军杰 | 2018 | 中国园林2018，34，12： | 3 |
| 2 | Structural engineered living materials显示文摘Biological structural materials not only exhibit remarkable mechanical properties but also often embody dynamic characteristics such as environmental responsiveness,autonomy,and self-healing,which are difficult to achieve in conventional engineering materials.By merging materials science,synthetic biology,and other disciplines,engineered living materials(ELMs)provide a promising solution to combine living organisms with abiotic components,thus facilitating the construction of functional“living”materials.Like natural materials,ELMs possess vitality and hold immense application potential in areas such as medicine,electronics,and construction,captivating increasing research attention recently.As an emerging branch of ELMs,structural ELMs aim to mimic living biological structural materials by achieving desired mechanical performance while maintaining important“living”characteristics.Here we summarize the recent progress and provide our perspectives for this emerging research area.We first summarize the superiority of structural ELMs by reviewing biological structural materials and biomimetic material design strategies.Subsequently,we provide a systematic discussion on the definition and classifications of structural ELMs,their mechanical performance,and physiological behaviors.Finally,we summarize some critical challenges faced by structural ELMs and highlight directions of future development.We hope this review article can provide a timely summary of the state of the art and relevant perspectives for future development of structural ELMs. | Yang Geng Zian Jia Ling Li | 2024 | Nano Research2024，17，2： | 1 |
| 3 | 植物与建筑的共生——活树塔的设计过程及结构实现显示文摘植物建筑学是通过植物生长与技术连接的相互作用形成的一个活的、会呼吸的复合技术结构。本文通过活树塔这一案例讲述了植物建筑结构创建所需考虑的设计要素、技术手段、建造及开发过程。活树塔作为第一个示范性项目,它体现了活植物建筑工程实现的可能性,并将植物建筑学的生态潜力可视化,对以后的建筑设计研究具有重要意义。 | 于晓晨 许欣悦 | 2018 | 中国房地产业2018，0，13： | 0 |
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