A Comprehensive Overview of Concrete Construction Technology and Quality Management in China

In recent years, with the rapid development of construction engineering in China, the application of concrete, as an important construction material, has become more and more widespread. However, the quality problems of concrete during construction have also become a concern. Therefore, various research studies have been conducted to improve the construction technology of concrete and solve the common problems encountered during construction.

One study by Yi Fengxiu (2022) focused on the importance of using appropriate construction techniques to improve the construction level of concrete in building construction. Another study by Zheng Shirong (2022) analyzed the problems encountered during the entire process of concrete construction in building construction and proposed reasonable measures to prevent quality problems based on the actual situation.

In addition, Luo Ning (2022) emphasized the importance of quality management in concrete construction in water conservancy and hydropower engineering, especially in dam construction. The study analyzed the factors that affect the quality of concrete in dam construction and proposed corresponding management measures to improve the quality of concrete construction.

Furthermore, Wang Zuqi et al. (2022) discussed the impact of construction technology on the quality of exposed concrete and summarized the evaluation methods for the performance of exposed concrete. They pointed out the current research gaps in this field and proposed suggestions to promote the development of exposed concrete engineering.

Moreover, Wang Xiang et al. (2022) conducted a simulation study on the progress guarantee measures of concrete construction in a cold region dam. The study aimed to provide a basis for the formulation of progress guarantee measures. The results showed that shortening the minimum interval between layers, increasing the number of workable days per year, and increasing the maximum allowable cantilever height and maximum height difference between adjacent dam sections are effective measures for progress guarantee.

Lastly, Lu Geng et al. (2021) discussed the research on high-grade concrete construction technology in building engineering in China. They emphasized the importance of construction technology in ensuring the quality of high-grade concrete and pointed out that the construction technology of high-grade concrete is particularly important for important parts of building structures.

In summary, the above studies have made significant contributions to improving the construction technology and quality management of concrete in China's construction engineering. These studies provide valuable references for concrete practitioners and promote the development of concrete engineering.