Yongzhong Xi, Yao Li
Hunan Kezhijie New Material Co., Ltd 411202, China
Abstract: This study systematically explores the optimization of the mix proportion of light-transmitting concrete and the mechanism of action of concentrated admixtures. Through multiple sets of controlled experiments, it quantitatively analyzes the influence of different dosages of light-transmitting materials and proportion parameters of concentrated admixtures on the light-transmitting performance, mechanical properties, and durability of concrete. The results show that scientific regulation of the mix proportion can achieve the synergistic improvement of light transmittance and compressive strength, while the rational use of concentrated admixtures can significantly improve the workability of concrete and effectively enhance its impermeability, frost resistance, and other durability properties. The results of this study provide important technical parameters and theoretical support for the engineering application of light-transmitting concrete.
Keywords: Light-Transmitting Concrete; Mix Proportion Design; Concentrated Admixtures; Performance Optimization; Durability
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