含毛细水力保温外加剂混凝土的力学性能及自愈效果

A. Mačanovskis, A. Krasņikovs, Iluta Spruģe, G. Sahmenko, A. Lukasenoks
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引用次数: 10

摘要

开发过程中裂缝的形成大大降低了混凝土结构的耐久性。毛细水力绝热是一种完整的结晶防水系统,伴随着微裂缝、孔隙和毛细血管的不溶性结晶形成。为了评价该体系的自愈效果,对纤维混凝土梁进行了预裂,然后进行了毛细保温处理,并进行了多次弯曲试验。为了评价毛细保温材料的长期性能,还进行了透水性和抗冻性试验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mechanical Properties and Self-Healing Effect of Concrete Containing Capillary Hydro Insulation Admixture
Abstract Crack formation during exploitation considerably decreases durability of concrete structures. Capillary hydro insulation is an integral crystalline waterproofing system ensuing filling of micro cracks, pores and capillaries with an insoluble crystalline formation. In order to evaluate self-healing effect of this system, fiber concrete beams were initially pre-cracked, then treated with capillary insulation and repeatedly tested under bending. Water permeability and frost resistance tests were also realized in order to evaluate long-term performance of the capillary insulation.
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