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A platform for research: civil engineering, architecture and urbanism
Bridge engineering foundation pile detection method
The invention discloses a bridge engineering foundation pile detection method. The bridge engineering foundation pile detection method comprises the following steps that S1, defects of a foundation pile are detected; S2, a foundation pile low-strain detection system is established; S3, low-strain detection is conducted on the foundation pile; S4, a foundation pile reinforcement cage length detection system is established; and S5, the length of a foundation pile reinforcement cage is detected. According to the method, firstly, the defects of the foundation pile are detected, the defect part is conveniently analyzed, the condition of the defect part is conveniently obtained, the wave band is conveniently detected when low-strain detection is conducted on the foundation pile by establishing the foundation pile low-strain detection system, in addition, by establishing the foundation pile reinforcement cage length detection system, the length of the foundation pile reinforcement cage is detected, and thus the actual length of the reinforcement cage in the bridge foundation pile can be conveniently calculated.
本发明公开了一种桥梁工程基桩检测方法，包括以下步骤：S1.对基桩缺陷进行检测；S2.建立基桩低应变检测系统；S3.对基桩进行低应变检测；S4.建立基桩钢筋笼长度检测系统；S5.对基桩钢筋笼长度进行检测。本发明首先通过对基桩缺陷进行检测，方便对缺陷部位进行分析，方便得出缺陷部位的情况，通过建立基桩低应变检测系统，方便在基桩进行低应变检测时对波段进行检测，另外通过建立基桩钢筋笼长度检测系统，并对基桩钢筋笼长度进行检测，从而方便计算出桥梁基桩中钢筋笼的实际长度。
Bridge engineering foundation pile detection method
The invention discloses a bridge engineering foundation pile detection method. The bridge engineering foundation pile detection method comprises the following steps that S1, defects of a foundation pile are detected; S2, a foundation pile low-strain detection system is established; S3, low-strain detection is conducted on the foundation pile; S4, a foundation pile reinforcement cage length detection system is established; and S5, the length of a foundation pile reinforcement cage is detected. According to the method, firstly, the defects of the foundation pile are detected, the defect part is conveniently analyzed, the condition of the defect part is conveniently obtained, the wave band is conveniently detected when low-strain detection is conducted on the foundation pile by establishing the foundation pile low-strain detection system, in addition, by establishing the foundation pile reinforcement cage length detection system, the length of the foundation pile reinforcement cage is detected, and thus the actual length of the reinforcement cage in the bridge foundation pile can be conveniently calculated.
本发明公开了一种桥梁工程基桩检测方法，包括以下步骤：S1.对基桩缺陷进行检测；S2.建立基桩低应变检测系统；S3.对基桩进行低应变检测；S4.建立基桩钢筋笼长度检测系统；S5.对基桩钢筋笼长度进行检测。本发明首先通过对基桩缺陷进行检测，方便对缺陷部位进行分析，方便得出缺陷部位的情况，通过建立基桩低应变检测系统，方便在基桩进行低应变检测时对波段进行检测，另外通过建立基桩钢筋笼长度检测系统，并对基桩钢筋笼长度进行检测，从而方便计算出桥梁基桩中钢筋笼的实际长度。
Bridge engineering foundation pile detection method
一种桥梁工程基桩检测方法
ZHOU CHANGGANG (author) / CHENG DALU (author) / LIU FUHENG (author) / JI YUAN (author)
2021-05-18
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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