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A platform for research: civil engineering, architecture and urbanism
Method for reinforcing and repairing maritime work structure by adopting basalt fibers
The invention discloses a method for reinforcing and repairing a maritime work structure through basalt fibers. The method comprises the steps that a crack part is detected, and the crack development condition is summarized; determining a reinforcing and repairing type; selecting and combining basalt fiber materials; and designing the specification and dosage of the basalt fiber. Targeted machining and repairing are adopted for strengthening beams, plates and columns of the maritime work structure and repairing cracks on the surface of the maritime work structure. According to the method, the basalt fibers are high in yield and low in price, and the engineering economy can be greatly reduced; and production is free of pollution, and the material is an excellent environment-friendly new material in a new century and a new era. The basalt fiber reinforced material in the method can improve the strength and durability of the original structure. After the method is used for reinforcing and repairing beam, plate and column structures in the maritime work field, rerepairing is not needed, and the maintenance cost is saved.
本申请公开了采用玄武岩纤维对海工结构的加固修复方法，包括：检测裂缝部位及总结裂缝开展情况；确定加固修复类型；玄武岩纤维材料的选型及组合；设计玄武岩纤维的规格及用量。本申请旨在针对加固海工结构梁、板、柱及修复海工结构结构表面裂缝情况采用了有针对性地加工修复；该方法中的玄武岩纤维产量多，价格低廉，可以大大的降低工程经济；并且生产零污染，是新世纪新时代的优良环保新材料。该方法中的玄武岩纤维增强材料可以提高原有结构的强度及耐久性能。该方法对海工领域梁、板、柱结构加固修复后，无需进行再修补，节约维护成本。
Method for reinforcing and repairing maritime work structure by adopting basalt fibers
The invention discloses a method for reinforcing and repairing a maritime work structure through basalt fibers. The method comprises the steps that a crack part is detected, and the crack development condition is summarized; determining a reinforcing and repairing type; selecting and combining basalt fiber materials; and designing the specification and dosage of the basalt fiber. Targeted machining and repairing are adopted for strengthening beams, plates and columns of the maritime work structure and repairing cracks on the surface of the maritime work structure. According to the method, the basalt fibers are high in yield and low in price, and the engineering economy can be greatly reduced; and production is free of pollution, and the material is an excellent environment-friendly new material in a new century and a new era. The basalt fiber reinforced material in the method can improve the strength and durability of the original structure. After the method is used for reinforcing and repairing beam, plate and column structures in the maritime work field, rerepairing is not needed, and the maintenance cost is saved.
本申请公开了采用玄武岩纤维对海工结构的加固修复方法，包括：检测裂缝部位及总结裂缝开展情况；确定加固修复类型；玄武岩纤维材料的选型及组合；设计玄武岩纤维的规格及用量。本申请旨在针对加固海工结构梁、板、柱及修复海工结构结构表面裂缝情况采用了有针对性地加工修复；该方法中的玄武岩纤维产量多，价格低廉，可以大大的降低工程经济；并且生产零污染，是新世纪新时代的优良环保新材料。该方法中的玄武岩纤维增强材料可以提高原有结构的强度及耐久性能。该方法对海工领域梁、板、柱结构加固修复后，无需进行再修补，节约维护成本。
Method for reinforcing and repairing maritime work structure by adopting basalt fibers
采用玄武岩纤维对海工结构的加固修复方法
LUAN HONG (author) / GU KUNPENG (author) / LIN WEIWEI (author) / ZHANG JUNTAO (author) / GAO JIANYUE (author) / LIU SINAN (author) / GE SHIYAN (author) / LI HONGYUN (author) / YANG ZHENHUA (author) / WANG YIHENG (author)
2022-07-12
Patent
Electronic Resource
Chinese
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