Variation Law of Strength and Water Resistance of Concrete under Different Mix Proportions
In water conservancy projects,long-term erosion by water can lead to a decrease in the strength of concrete,affecting the safety of building structures.Using the Fengcheng Dalienwei Flood-prone Area water management project as a research background,this study examines different proportions of main and auxiliary materials in concrete and conducts curing under local water conditions.The research focuses on changes in the strength and anti-erosion properties of concrete under different mix proportions.The results indicate that an increase in cement and slag content enhances the strength of concrete,while an increase in fine sand content improves its workability.Studying the anti-erosion characteristics of concrete with different auxiliary material proportions reveals that an increase in silica fume content inhibits the diffusion of chloride ions,and increases in both silica fume and naphthalene-based superplasticizer contents can reduce the water absorption rate of concrete.By investigating the law of variation in concrete performance under different proportions,this study provides reference for similar water conservancy constructions.
water resistanceconcretedifferent mix proportionsstrength
万方数据
维普
