In water conservancy construction projects, the frequency of using large volume concrete is increasing, especially in projects such as large reservoirs, dams, bridges, and underground engineering.
Due to the characteristics of large volume concrete, such as thermal expansion, temperature difference stress, etc.
, it is easy to cause cracks, which affects the safety and durability of the project.
Therefore, temperature control and crack prevention measures are particularly important in the construction of large volume concrete.
This article provides a detailed analysis and research on the temperature control and crack prevention issues in the construction of large volume concrete, explores the factors that affect concrete temperature control, and proposes a series of optimization measures based on modern technological means, including improvements in material selection, temperature control technology, construction processes, and other aspects.
The research results indicate that through reasonable temperature control measures, not only can cracks be effectively prevented, but the overall strength and service life of concrete can also be improved.
This study provides theoretical basis and practical guidance for temperature control and crack prevention of large volume concrete in water conservancy construction.
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