Abstract: The curing of concrete is a key link in ensuring its mechanical properties, durability, and structural safety.
This article systematically analyzes the effects of curing start time and duration on cement hydration process, strength development, and microstructure based on the standard curing time of different functional concrete.
Based on the principles of materials science, this paper explores the regulatory mechanisms of environmental factors (temperature and humidity) and material factors (cement variety, additives) on the maintenance system.
Research has shown that following a scientific schedule for curing can effectively suppress plastic shrinkage and drying shrinkage cracks, improve the compactness and long-term durability of concrete.
This article aims to provide theoretical basis and optimization suggestions for engineering practice, and looks forward to the development direction of intelligent maintenance technology in the future.
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