At present,the mixture proportion calculation of fly ash concrete in thermal power plants is often based on a single environment.This paper proposes a mixture proportion optimization scheme of fly ash high-performance concrete based on Particle Swarm Optimization algorithm,clarifies the basic content of materials,enhances the reliability of multi-environment calculation,constructs an optimization model,and optimizes the mixture proportion by impermeability measurement.The experimental results show that the compressive strength of the tested components can reach more than 30 MPa after the determination of the three mixture proportion optimization stages,indicating that the optimization method is more targeted with the assistance of the Particle Swarm Optimization algorithm.
Particle Swarm Optimization algorithmthermal power plantfly ashhigh-performance concretemixture proportion optimization
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