胶粘剂防水的侧向水过滤性能

Gergely Dobszay, R. Nemes, F. Andriska, Dániel Heincz, K. Kovács, Richárd Reisch, T. Simon
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引用次数: 0

摘要

为了简化施工,减少特殊助剂的用量,减少因故障造成的破坏,提高安全性和减少必要的空间,材料生产商开发了这种防水系统,可以与现场钢筋混凝土承重结构建立机械或化学协同工作能力。这些技术在实践中与传统的防水技术有很大的不同。它们不是作为一个单独的层参与水位移,而是作为地下土木工程结构的组成部分。只要防水系统功能正常,任何类型都是合适的。只有当由于防水系统的破坏而发生故障时,差异才会变得显著。只有从那时起,原始系统类型的重要性才会增加。在我们的研究中,我们特意设计了新的粘合防水系统,并参考了一种传统的膜,所有这些都应用在混凝土上,因此通过主要集中在横向水过滤上来测试它们作为结构的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance of adhesive waterproofing as regardsof lateral water filtration
Self-bonding layers In order to simplify construction, to decrease the amount of special auxiliaries, to decrease the damages due to faults, to increase safety and to decrease the necessary space, material producers developed such waterproofing systems which can establish mechanical or chemical working together capability with in situ reinforced concrete load bearing structures. These technologies differ significantly from customary waterproofing in practice. They participate in water displacement not as a separate layer, but as the integral part of an underground civil engineering structure. As long as a waterproofing system functions properly, any type is appropriate. The difference becomes significant only, when due to a breach a fault of the waterproofing system occurs. Only from then on increases the importance of the type of the original system. During our studies we punctured deliberately new, adhesive waterproofing systems and for reference a customary membrane all of which were applied on concrete, hence tested their performance as a structure by concentrating mainly on lateral water filtration.
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