Intelligent identification of concrete uniformity based on dynamic mixing

The uniformity of concrete is an important reference for the maturity of concrete, and is also closely related to the quality and safety of the product. In order to analyze the performance of concrete during the mixing process, in view of the problem that there is no scientific and effective method to detect the uniformity of concrete during the mixing process, this paper proposes an intelligent identification method for the uniformity of concrete based on dynamic mixing. The method measures the surface of concrete fluid through computer graphical modeling, applies mathematical and computational models to the interaction of fluid dynamics, and uses the computer to independently judge the characteristics of the concrete fluid state under non-artificial conditions, thereby obtaining the state of concrete uniformity. The experimental results show that the average accuracy of the intelligent identification method of concrete uniformity based on dynamic mixing is 97.14%, and the real-time monitoring speed reaches 12FPS/S, which has important reference significance for the real-time state detection of concrete. The identification accuracy and monitoring speed can both meet the actual monitoring needs of the concrete mixing station.