CAJ | 학술논문

基于CATIA三维平台的水电工程平面监测网的设计与优化，利用相关上游专业建立的包含开挖线、枢纽建筑物、覆盖层、松动体等影响平面监测网设计相关要素的三维模型，在三维地表上布点建网，既能紧密结合工程实际，又能快速优化调整网形，为平面监测网设计提供了一种新的方法。通过三维平台检查、调整、优化平面监测网的布置，提高了工作效率，同时，也将平面监测网设计统一到CATIA三维平台上。
기우CATIA삼유평태적수전공정평면감측망적설계여우화，이용상관상유전업건립적포함개알선、추뉴건축물、복개층、송동체등영향평면감측망설계상관요소적삼유모형，재삼유지표상포점건망，기능긴밀결합공정실제，우능쾌속우화조정망형，위평면감측망설계제공료일충신적방법。통과삼유평태검사、조정、우화평면감측망적포치，제고료공작효솔，동시，야장평면감측망설계통일도CATIA삼유평태상。
Based on CATIA 3D platform, the design and optimization of horizontal control network in hydropower projects are conducted, in which, a 3D terrain model is established and then the horizontal control network is completed on this model. Some important information which will influence the design of horizontal control network is included in the model, such as excavation lines, hydraulic structures, overburdens and loose bodies. This model can not only closely reflect actual engineering practice, but also quickly optimize horizontal control network. The design efficiency of horizontal control network can be improved through the inspection, adjustment and optimization of 3D platform, and at the same time, the design of horizontal control network will be integrated to CATIA 3D platform.