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首页> 外文期刊>Journal of Environmental Protection and Ecology >MEASURING AND DETERMINING THE DYNAMIC DEFORMATION OF CONSTRUCTIONS USING MODERN TECHNOLOGIES AND TECHNIQUES
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MEASURING AND DETERMINING THE DYNAMIC DEFORMATION OF CONSTRUCTIONS USING MODERN TECHNOLOGIES AND TECHNIQUES

机译:利用现代技术和方法测量和确定建筑的动态变形

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It is known that long-term movements of structures and constructions can be monitored using topographical instruments. Measurements are taken over minutes, hours, weeks, months or years to a number of targets to measure settlement, displacement or long-term permanent or specific deformations. At the 'Politehnica' University of Timisoara in Department of Land Measurements and Cadastre one of research area is concentrated on the dynamic deformation of structures. Monitoring equipment includes precise and modern instruments like topographical electronic levels, total stations and GPS system. A recent research about a structural bridge was measured and studied by the authors on the Power Thermal Central (CET South) in Timisoara including the usage of integrated system GPS/TPS Leica 1200, a total robotical station and a RTK GPS system. The total station results are compared with the GPS data. In this paper are outlined the results from the total station measurement and GPS sessions of the structural bridge.
机译:已知可以使用地形仪器来监视结构和构造的长期运动。在数分钟,数小时,数周,数月或数年的时间内对多个目标进行测量,以测量沉降,位移或长期永久变形或特定变形。蒂米什瓦拉土地测量与地籍系的“ Politehnica”大学的研究领域之一是结构的动态变形。监控设备包括精确而现代化的仪器,例如地形电子水准仪,全站仪和GPS系统。作者在蒂米什瓦拉(Timisoara)的Power Thermal Central(CET South)上测量并研究了有关结构桥梁的最新研究,包括集成系统GPS / TPS Leica 1200的使用,整个机器人站和RTK GPS系统。将全站仪结果与GPS数据进行比较。本文概述了结构桥梁全站仪测量和GPS会话的结果。

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