Concrete, as the core material of construction engineering, has a direct impact on structural safety and durability in terms of its strength.
The maintenance temperature becomes a key factor in regulating the strength development by affecting the cement hydration process.
In practical engineering, unexpected fluctuations in concrete strength often occur at different environmental temperatures, leading to potential quality hazards in the project.
Clarifying the correlation between maintenance temperature and strength development, revealing the influencing mechanism, and formulating optimization strategies are of great significance for improving engineering quality, which is also the core purpose of conducting relevant research.
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