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Application of Digital Close-range Photogrammetry Based on Hydrodynamic Model in Deformation Measurement of Model Test

机译:基于水动力模型的数字近景摄影测量在模型试验变形测量中的应用

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In structural deformation measurement, the traditional method of structural deformation measurement is complex and cannot meet the measurement accuracy requirements. Digital photography based on hydrodynamic model makes the application of digital photography technology in variable measurement of structural test possible because of the great improvement of image quality. With the development of hydrodynamics related research and image processing technology, close-range photogrammetry has become a trend, which has revolutionized the operation mode of measurement. Generally, it is only placed at the key points and positions of the test piece, and digital photography can record the test process and test scene. The requirements for the layout of the control points are high, and the accuracy is high, which can effectively reduce the labor intensity. The node can obtain the direction of load flow at that point based on its location information. In the relevant monitoring process, professional measuring instruments can be used based on the fluid dynamics model. Ensure the function of the measuring instrument and check the calibration of the measuring device in advance.
机译:在结构形变测量中,传统的结构形变测量方法比较复杂,无法满足测量精度要求。基于水动力模型的数码摄影由于图像质量的极大提高,使得数码摄影技术在结构测试的可变测量中的应用成为可能。随着流体力学相关研究和图像处理技术的发展,近距离摄影测量法已成为一种趋势,彻底改变了测量的操作方式。通常,它仅放置在测试件的关键点和位置,而数码摄影可以记录测试过程和测试场景。控制点布局要求高,精度高,可以有效减轻劳动强度。节点可以基于其位置信息获得该点处的潮流方向。在相关的监控过程中,可以根据流体动力学模型使用专业的测量仪器。确保测量仪器的功能并事先检查测量设备的校准。

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