Concrete, as an indispensable material in modern architecture, its strength is one of the key indicators for measuring building quality.
Ensuring accurate testing of concrete strength is of great significance for ensuring the safety, stability, and durability of engineering structures.
As a convenient and efficient concrete strength testing technology, the accuracy of the rebound method’s testing results directly affects the evaluation and acceptance of engineering quality.
Therefore, the importance of in-depth analysis of the accuracy of rebound method in detecting concrete strength not only helps to improve the reliability of detection technology, but also provides strong guarantees for quality control of construction projects.
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