Real-time information display system and method for similarity model test

Abstract

The invention discloses a real-time information display system and a real-time information display method for similarity model test. The real-time information display system comprises a test rack, a data processing device and a real-time data display screen, wherein similar material is paved in the test rack, a monitoring element for monitoring relevant parameters of the state of a model body is embedded in the similar material, the monitoring element is connected with a monitoring data acquisition unit outside the test rack, monitoring data is processed by a program in the data processing device, and the relevant parameters are dynamically displayed on the real-time data display screen. According to the invention, a real-time information display system for monitoring data in the model test is researched, thereby achieving timely and intuitive display of the monitoring data in the model test. As the real-time information display system is applied to the model test, compared with the research of predecessors, the monitoring data during test is more timely displayed, and a test operator can learn about the state of the model body immediately, thereby being beneficial for the test personnel to better control the test procedure and greatly improving the accuracy of model test.

Description

[0001] technical field [0002] The invention relates to a data processing and transmission system in model tests, in particular to a real-time information display system for similar model tests. [0003] The invention also relates to a real-time information display method for similar model tests. Background technique [0004] With the development of our country's social economy and the take-off of transportation, the development and utilization of underground space has increasingly reflected huge economic and social benefits. With the continuous increase in the number of underground engineering construction, the scale is increasing, the scope is expanding, and the difficulty of engineering construction is also increasing. Scientists explore the design, construction and operation rules of underground engineering through various research methods. Among them, underground engineering model test is an effective method to simulate underground engineering, but there are obvious g...

AI Technical Summary

Problems solved by technology

Scientists explore the design, construction and operation rules of underground engineering through various research methods. Among them, underground engineering model test is an effective method to simulate underground engineering, but there are obvious gaps in the current underground engineering model test. Weaknesses. The monitoring data of the model test is processed and analyzed after the test is over. During the test, the situation of the model body is mostly judged by experience. There is an obvious lag in the feedback of the test data, which has a significant impact on the accuracy of the test.

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