电缆力测量技术及工程应用

Juwei Xia, Yun-long Yao, Xiao-shun Wu, Yuan-hong Chen
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引用次数: 1

摘要

随着预应力技术的不断发展,拉索在结构工程中得到了广泛的应用。在实际工程中,一个特别关注的问题是选择合适的索力测量技术。本文从应变、振动和波动、力平衡三个方面分析和介绍了当前工程中常用的索力测量技术的原理。结合实际工程,对电缆预张力测量中测点的选择和布置等问题进行了讨论。工程实例表明,本文提出的基于光纤光栅传感器的索力测量方法能够实时、准确地捕捉到各施工张拉操作的动作。实时监测结构的张力,方便工程技术人员。该工艺适用于施工张拉阶段的索力监测。此外,EM传感器具有良好的稳定性和耐用性,适合长期监测电缆力。
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Cable Force Measurement Technology and Engineering Application
With the continuous development of prestressing technology, cables have been widely used in structural engineering. A special concern in practical engineering is selecting the appropriate cable force measurement technology. This paper analyzes and introduces the principle of cable force measurement technology commonly used in current engineering from three aspects, namely, strain, vibration and wave fluctuation, and force balance. Combined with an actual project, the selection and arrangement of measuring points in the cable pre-tension measurement and other issues are discussed. The engineering example shows that the cable force measurement method based on FBG sensor presented in this paper can capture the action of each construction tensioning operations in real time and accurately. Monitoring the tension of the structure in real time is convenient for engineers and technician. The process is suitable for cable force monitoring during the construction tensioning stage. Furthermore, the EM sensor has good stability and durability and is suitable for long-term cable force monitoring.
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来源期刊
CiteScore
1.40
自引率
0.00%
发文量
17
期刊介绍: The Association publishes an international journal, the Journal of the IASS, four times yearly, in print (ISSN 1028-365X) and on-line (ISSN 1996-9015). The months of publication are March, June, September and December. Occasional extra electronic-only issues are included in the on-line version. From this page you can access one or more issues -- a sample issue if you are not logged into the members-only portion of the site, or the current issue and several back issues if you are logged in as a member. For any issue that you can view, you can download articles as .pdf files.
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