水泥路面接缝偏差检测及对比分析

Jian Chen, Liang Xinkai, Peng Peng, D. Feng
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引用次数: 0

摘要

接缝是水泥路面结构中的薄弱环节,必须设置交通繁忙的路段,以保持板的传递能力,保证路面的长期使用。然而,随着传力杆施工技术的进步,混凝土配比和施工控制的影响,传力杆的实际空间位置和设计位置不可避免地会产生一些偏差。由于这种偏差会迅速降低板的传递能力,因此在施工过程中必须控制传动杆的偏差。然而,关于传动杆的基本数据是缺乏的。为此,本文利用MITSCAN2软件在黑龙江省北黑高速公路进行了试验,并将试验结果与美国和加拿大两条高速公路的实际试验数据进行了对比。根据检测分析结果,提出了改善施工过程中传动杆偏差的技术措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deviation Detection and Comparison Analysis of the Joints of Cement Pavements
Joints are weak links in the structure of cement pavements, and heavy traffic sections must be set up to maintain the transmission capacity of the board and to ensure the long-term use of pavements. However, with the advancement of force transferring rod construction technology, concrete with ratio and construction control of the influence of the force transmission rod actual spatial location and design of the location will inevitably produce some deviations. Given that such deviation will rapidly reduce the transfer capability of the board, the deviation of the transmission rod must be controlled in the construction process. However, basic data on the transmission rod are lacking. To this end, this paper conducts an experiment in the Beihei Expressway in Heilongjiang Province using MITSCAN2, and the test results are compared with the actual test data of two highways in the US and Canada. Some technical measures for improving the deviation of the transmission rod in the construction process are then proposed based on the detection and analysis results.
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