CONCRETE

UDC 691.32; 678.542.7

[:ru]Фенг Ши[:en]Feng Shi[:] [:ru]Центр инфраструктурного мониторинга и защиты, Школа гражданского и промышленного инжиниринга, Университет Кертин, Австралия[:en]Centre for Infrastructural Monitoring and Protection, School of Civil and Mechanical Engineering, Curtin University, Australia[:]

[:ru]Ши Йин[:en]Shi Yin[:] [:ru]Ningbo Shike new material technology Co. Ltd, Нинбо, Китай[:en]Ningbo Shike new material technology Co. Ltd, Ningbo, China[:]

[:ru]Суи Тонгбо[:en]Sui Tongbo[:] [:ru]д-р техн. наук, проф., ген. директор исследовательского инcтитута Sinoma, вице-президент China Sinoma International Engineering Co. Ltd.[:en]Dr.-Ing., Prof., Director General of Sinoma Research Institute, Vice President of China Sinoma International Engineering Co. Ltd.[:]

Alitinform №2 (59) 2020 г. 14-25 p.

Abstract

High-strength modified macro synthetic fibre can effectively improve toughness and durability of concrete, thus replacing steel mesh and steel fibre, reducing material and labour cost. The high-strength modified macro synthetic fibre has been widely used in China, America and Europe, where there are many mature testing standards, design standards and third-party testing companies. This paper reviewed the study and application of the high-strength modified macro synthetic fibre in structural reinforcement, industrial floor and concrete road, shotcrete and precast elements.

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Key words:

reinforcement of concrete, fiber-reinforced concrete, increasing the resistance of concrete to loads