Property and Mechanism of Nano-SiO2 High-performance Concrete (Chinese Edition)

This book mainly explores how to use Nano-SiO2 to improve the durability of high-performance cement concrete and study its mechanism; studies how to rapidly predict the frost resistance durability of high-performance cement concrete to reduce the experimental period and improve experimental efficiency; and studies the environmental coordination of high-performance cement concrete and its evaluation method to provide basic theoretical foundations and research techniques for the greenization and sustainable development of high-performance concrete. It mostly studies the Nano-SiO2s influence on high-performance cement concretes physical property, chloride penetration resistance property, self-contraction property, frost resistance durability, etc. and builds a model of predicting the frost resistance durability of high-performance cement concrete based on BP neural network at the same time. According to the basic principle of the material processing engineering proposed by professor Wang Lijiu, it studies the model of evaluating the environmental coordination of high-performance cement concrete based on Fuzzv-AHP.