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Study on Seawater Corrosion Resistance of Concrete Mixed with Slag Powder and Basalt Fiber

摘要


It has become an important subject to use slag powder, basalt fiber and other admixtures and superplasticizer to dispose high durability concrete in hydraulic environment. Because basalt fiber can improve the shrinkage and crack resistance of concrete, this test uses slag powder and superplasticizer to configure concrete. On the basis of satisfying strength, basalt fiber is added to carry out comparative tests. It is concluded that the durability and strength of basalt fiber concrete with slag powder of about 700 m2/kg are better than that of ordinary concrete and slag powder with specific surface area of about 700 m2/kg and 1.5 kg/m3 basalt. Rock fiber has the best cost and performance effect on concrete. Its water‐binder ratio is low, strength is high and durability is good. It can realize the universal application of high performance concrete.

參考文獻


Luo Kun, Chen Jin. Research on influencing factors of basalt fiber concrete performance index based on orthogonal test [J]. Hunan Transportation Science and Technology, 2016, 42(04):41-43.
Xu Guangfei. Experimental study on durability of high performance concrete mixed with slag powder [D]. Inner Mongolia University of Science and Technology, 2009.
Su Qingqing. Research on durability of basalt fiber concrete [D]. Tianjin Institute of Urban Construction, 2012.
Zhang Yiquan, Li Jieli, Zhou Weixiang, etc. Research on the effect of artificial seawater on the properties of concrete corrosion [J]. Journal of Science & Technology Economics, 2017(16):33-34.
Lin Zhongbin, Yang Zhongjun, Liu Weifeng, etc. Application of polycarboxylic acid water reducer in marine concrete engineering[J]. Concrete, 2007(11): 43-45+48.

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