以刺槐豆树为保护材料的生土房屋适应气候变化的研究

Samah Ouro-Djobo Essoavana, Amey Kossi Bollanigni, Sanya A. Emile, Vianou Antoine, Atcholi Esso Kokou
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引用次数: 0

摘要

从古代起,生土就被用于房屋建筑,现在仍在使用。由分布在地球上的各种建筑组成的传统栖息地提供了证据。雨水冲刷,在影响裸露的土墙的任何其他病症中,是一个需要仔细考虑的严重问题。这就解释了为什么对这些类型的墙的保护机制的研究如此有趣。这篇文章描述了一个实验,用混合了复合保护材料(传统的和现代的)的生粘土建造的低墙,这些墙经受了强烈的洪水。根据对保护材料效率的测试结果,将刺槐豆树(当地树)果壳提取物应用于原料粘土砂浆并正确混合,似乎提供了更好的保护墙壁免受水侵蚀的能力。此外,一致性和塑性试验表明,粘土材料质量的性能有所改善。研究表明,枇杷豆荚煎液中含有丰富的单宁化合物,包括没食子酸、表儿茶素没食子酸酯和表没食子儿茶素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Study to Adapt Raw Clay Housing to Climate Change: The Locust Bean Tree (Parkia biglobosa) was Used as Protective Material
Raw clay has been used in housing construction from ancient times and is still used now. Traditional habitat, which consists of diverse buildings scattered around our earth, provides proof. Rain water wash, among any other pathologies impacting naked earthen walls, is a serious concern that requires careful consideration. This explains why this study on the protection mechanisms for these types of walls is so interesting. This article describes an experiment with low walls built of raw clay mixed with composite protective materials (both traditional and modern), which were subjected to intense flooding. The locust bean tree (local tree) fruit husk extract applied to raw clay mortar and correctly blended appears to provide superior ability to protect walls from water assault, according to the results of the tests examined through the efficiency of the protecting materials. In addition, consistency and plasticity tests showed improved performance in clay material qualities. Research carried out shows that the decoction of pods of Parkia biglobosa (nere) is rich in tannins compounds including gallic acid, epicatechin gallate and epigallocatechin.
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