Author(s)

Bingxing Yuan

Corresponding Author

Bingxing Yuan

Abstract

This paper addresses the issue of concrete cracks in construction engineering, which affect structural safety and durability. By analyzing the three core causes of cracks—material, construction process, and environmental factors—it explores corresponding technical prevention and control approaches. Adopting a "problem-oriented - technology adaptation" approach, it summarizes a three-dimensional prevention and control system consisting of optimizing material proportions, standardizing construction processes, and adapting environmental measures. The paper elucidates the roles of each technology in reducing crack risks and enhancing concrete performance. The research results aim to provide practical prevention and control solutions for engineering practice, helping to minimize concrete cracks and ensuring the long-term stability of building structures.

Keywords

Construction engineering, Concrete cracks, Material proportions, Construction process, Environmental adaptation