A new cable model system with a movable artificial rivulet is designed and tested in a wind tunnel.
设计了一种新型的带有可运动人工水线的拉索模型，并进行了风洞试验。
This article studies high-accuracy positioning of the marking signs in the digital close-range images. Research is carried out on the artificial marking signs in two images of the bridge cable models.
本文研究数字近景图像上标志点的精确定位问题，具体围绕两张桥梁悬索模型数字近景图像进行人工标志点的定位研究。
Mean and fluctuating pressures and aerodynamic force coefficients on the cable model and the artificial rivulet are obtained under the conditions of typical cable inclined angles and wind angles.
试验得到了具有典型倾角的拉索在不同风向角下，拉索模型上的平均风压和脉动风压系数，以及气动力系数。
To solve this problem, this paper combines the methods of human-computer interaction and artificial intelligence, intensive studies three-dimensional virtual cable wiring technology.
针对这一问题，本文结合了人机交互和人工智能的方法，深入研究了三维虚拟线缆布线技术。
Abstract: Based on the achievement of artificial intelligence, engineering knowledge is applied to the development of an ICAD system for the prestressing cable distribution of continuous Bridges.
文摘：基于人工智能的已有成果，将工程设计知识应用于连续梁预应力束布置ICAD系统的开发中。
Abstract: Based on the achievement of artificial intelligence, engineering knowledge is applied to the development of an ICAD system for the prestressing cable distribution of continuous Bridges.
文摘：基于人工智能的已有成果，将工程设计知识应用于连续梁预应力束布置ICAD系统的开发中。
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