建筑如何让水的作用被感知，同时为这种显露设定合理边界？How can architecture make water's actions perceptible while setting limits to their exposure?
论文从液态水、冻结水和大气中的水三个研究切面阅读水与建筑的关系，比较六个建筑及艺术案例，追踪水如何流动、积聚、相变并改变身体感知。功能梯度材料被用作提出局部材料变化问题的分析工具。研究最终提出“选择性水文阈限”：让部分水过程可被感知，同时保护耐久性、健康与环境性能。This paper reads water's architectural agency through liquid, frozen and atmospheric conditions. Six architectural and artistic cases trace movement, accumulation, phase change and embodied perception. Functionally graded materials provide an analytical lens for questions of local material variation. The resulting proposition, a selective hydrological threshold, makes selected water processes perceptible while protecting durability, health and environmental performance.
从材料事件到空间经验From material events to spatial experience
研究把建筑理解为持续发生的材料事件，而非静止的形式。文献与案例资料首先识别水的作用机制，再解释其空间和感知意义，最后借助功能梯度材料（FGM）提出可供后续试验的问题。水文美学将材料关系、身体感知与维护责任联系起来；案例比较本身不构成材料性能验证。The research reads architecture as a sequence of material events. Documentation first identifies water mechanisms; interpretation examines their spatial and sensory significance; an FGM-informed translation then formulates questions for future testing. Hydrological aesthetics connects material relations, embodied perception and responsibility for maintenance. The comparison develops an analytical argument rather than evidence of validated material performance.
![连接材料作用、身体感知与维护责任的分析框架。原文 Figure 2。 作者绘制，依据 Bennett (2010)、Allen (1997)、DeLanda (2013)、Simondon (2012 [1982])、Böhme (1993)、Pallasmaa (2024)。 / An analytical framework connecting material action, embodied perception and responsibility. Figure 2. Author, based on Bennett (2010), Allen (1997), DeLanda (2013), Simondon (2012 [1982]), Böhme (1993) and Pallasmaa (2024).](assets/hydrological-aesthetics-theoretical-framework.webp)
液态：控制释放与设定条件Liquid: commanded release and established conditions
Carlo Ratti Associati 与 MIT 合作者的 Digital Water Pavilion，以控制阀门组织水幕和通道；西泽立卫与内藤礼共同构成的丰岛美术馆体验，则让水滴在地面上聚合、移动和消散。论文比较主动控制与条件设定如何产生不同的观看距离、身体姿态和时间感，再将其转译为润湿性、孔隙与排水路径的问题。Digital Water Pavilion, by Carlo Ratti Associati with MIT collaborators, organises water curtains through controlled release. At Teshima Art Museum, Ryue Nishizawa's architecture and Rei Naito's Matrix establish conditions for droplets to gather, move and disappear. The comparison connects these different forms of mediation to bodily attention and duration, then develops questions about wettability, pores and drainage.
冻结：时间、温度与维护Frozen: time, temperature and maintenance
ICEHOTEL Winter 的季节性建造与融化，对照 Olafur Eliasson 的 Your mobile expectations: BMW H2R project 中持续制冷维持的冰层。两者让形成、持续与消退变得可感，也依赖劳动、储存或设备。研究由此提出可监测、可替换的暴露区域，并强调反复冻融、干燥与维修条件仍须检验。The seasonal construction and melting of ICEHOTEL Winter are compared with the refrigerated ice of Olafur Eliasson's Your mobile expectations: BMW H2R project. Formation, duration and disappearance become perceptible, while labour, storage and equipment sustain them. The analysis suggests monitored, replaceable exposed regions and identifies repeated freezing, thawing, drying and repair as questions requiring further investigation.
大气中的水：穿越气候边界Atmospheric: moving through climatic boundaries
Diller + Scofidio 的 Blur Building 将访客带入随天气变化的人工雾场；Transsolar 与 Tetsuo Kondo Architects 的 Cloudscapes，则通过受控温湿分层形成可以穿越的云层。水在这里改变视距和身体感受。论文同时追问维持这种体验的资源与控制权，指出材料梯度只能调节局部界面，不能独立控制整个气候场。Diller + Scofidio's Blur Building brings visitors into a fog field negotiated with weather. Cloudscapes, by Transsolar and Tetsuo Kondo Architects, forms a traversable cloud through controlled thermal and moisture stratification. Water alters sightlines and bodily experience. The paper also examines supporting resources and control: a material gradient can modify a local interface, but cannot independently regulate the atmospheric field.
选择性水文阈限The selective hydrological threshold
同一种孔隙、粗糙度或蓄水能力，可能在一种状态下有益，却在另一种状态下增加风险。论文据此提出跨越表面、深度与空气的选择性阈限：决定水在哪里接收、暂存、显露、释放或隔绝，并把可见变化连接到维护行动。这是一项建筑研究命题，后续仍需材料试验、热湿分析、使用者研究及资源评估。Porosity, roughness or retention can be beneficial in one water regime and introduce risks in another. The proposed threshold coordinates surface, depth and air, asking where water should be received, stored, revealed, released or excluded, and how visible changes prompt maintenance. This architectural proposition remains subject to material testing, hygrothermal analysis, studies of user understanding and resource evaluation.
论文信息Paper information
郑兴增 / Xingzeng Zheng · 个人理论研究。UCL 巴特莱特建筑学院，Architectural Design MArch / RC8。理论导师：Dr. Ilaria Di Carlo。所列建筑与艺术作品为论文研究案例，设计归属见正文；网页图像为论文作者的分析图与比较表。Xingzeng Zheng · individual theoretical research. The Bartlett School of Architecture, UCL, Architectural Design MArch / RC8. Theory tutor: Dr Ilaria Di Carlo. Named buildings and artworks are research cases credited in the text. Website images reproduce the paper author's analytical diagrams and comparative table.
个人研究、案例比较与分析图绘制Individual research, comparative analysis and analytical diagrams
研究通过文献、案例比较和解释性分析提出材料组织问题。功能梯度材料（FGM）在此作为分析工具；研究未据此验证材料或建筑围护系统的性能。Literature, case comparison and interpretive analysis develop questions of material organisation. Functionally graded materials serve as an analytical tool; the study does not validate the performance of a material or building-envelope system.
联系我，了解这个项目Contact me about this project ↗
