数字化视域下的生物可渗透性建筑外墙设计研究

Research on the Bio-receptive Building Facades Design in the Digital Perspective

近年,全球绿色建筑产业现代化进程不断提速,垂直绿化作为最广泛的生态设计手段却有明显缺点,如传统的绿植幕墙本质上需要昂贵的结构系统进行支撑和维护。文章将针对此现象,基于生物可渗透性设计概念,结合生物学和建筑学的方向,探索让生物自然生长在建筑表面的低维护、低损耗的自适应式建筑外墙系统。

The global green industry has witnessed a surge in modernization in recent years, but vertical greening as the most widespread ecological design tool has glaring drawbacks, for instance, the structural systems for the support and maintenance of the conventional green curtain wall are significantly costly. In this study, this phenomenon will be critically examined utilizing the concept of bio-receptive design, which integrates biological and architectural direction, to explore adaptive building facade systems that enable organisms to naturally grow on the building surface, requiring low maintenance and low cost.