Research on Ventilation and Heat Insulation Layer Design of Split-Type Roof Greening Based on Topological Interlocking Principle

Mingyu Jin, Guoxu Hu, Zichen Bai
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Abstract

In this paper, the roof ventilation and heat insulation layer modules are combined with the roof greening, and each module is assembled and combined through the principle of topological interlocking. The assembly of these modules does not require any rivets or cement mortar, and the structural stability of the overall assembled roof can be achieved only through the interlocking and limiting of the specific geometric shapes between the modules. Due to the modular design, this kind of green roof has strong applicability and can be applied to roofs of different shapes. Such a roof can not only meet the aesthetic needs, but also beautify the urban environment and reduce carbon emissions.
基于拓扑联锁原理的劈缝式屋顶绿化通风隔热层设计研究
本文将屋顶通风隔热层模块与屋顶绿化相结合,各模块通过拓扑联锁原理进行组装组合。这些模块的组装不需要任何铆钉或水泥砂浆,整个组装屋顶的结构稳定性只能通过模块之间的联锁和限制特定的几何形状来实现。由于采用模块化设计,这种绿色屋顶适用性强,可以适用于不同形状的屋顶。这样的屋顶既能满足审美需求,又能美化城市环境,减少碳排放。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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