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A platform for research: civil engineering, architecture and urbanism
Overwater photovoltaic foundation pile detection method
The invention discloses an overwater photovoltaic foundation pile detection method which comprises the following steps: S1, building a test area platform: firstly, sequentially driving five detection piles which are arranged in a straight line in a construction water area, driving seven vertical static load platform auxiliary piles which are distributed in a rectangular shape around the five detection piles, and building a pile loading platform based on the static load platform auxiliary piles; s2, a single-pile vertical compression resistance static load test is conducted, specifically, based on the pile loading platform, a low-speed load maintaining method is adopted for conducting vertical loading tests on the detected piles in sequence in a grading mode; s3, a single-pile horizontal static load test is conducted, specifically, horizontal loading tests are sequentially conducted on the detected piles in a graded mode through a low-speed load maintaining method based on the pile loading platform; S4, low-strain detection is conducted, specifically, the detected piles are detected through a reflected wave method. According to the method, the foundation pile detection process is improved, reasonable vertical and horizontal static load platforms are built, and the detection efficiency and accuracy are improved.
本发明公开一种水上光伏基桩检测方法，方法包括：S1、搭建试验区域平台：先在施工水域依次打入一字排列的5个检测桩，在5个检测桩周围打入7个呈矩形分布的竖向静载平台辅助桩，基于所述静载平台辅助桩搭建堆载平台；S2、单桩竖向抗压静载试验：基于所述堆载平台采用慢速维持荷载法分级对检测桩依次进行竖向加载测试；S3、单桩水平静载试验：基于所述堆载平台采用慢速维持荷载法分级对检测桩依次进行水平加载测试，S4、低应变检测：采用反射波法对检测桩进行检测。该方法通过对基桩检测流程进行改进，搭建合理的竖向及水平静载平台，提高了检测效率以及准确性。
Overwater photovoltaic foundation pile detection method
The invention discloses an overwater photovoltaic foundation pile detection method which comprises the following steps: S1, building a test area platform: firstly, sequentially driving five detection piles which are arranged in a straight line in a construction water area, driving seven vertical static load platform auxiliary piles which are distributed in a rectangular shape around the five detection piles, and building a pile loading platform based on the static load platform auxiliary piles; s2, a single-pile vertical compression resistance static load test is conducted, specifically, based on the pile loading platform, a low-speed load maintaining method is adopted for conducting vertical loading tests on the detected piles in sequence in a grading mode; s3, a single-pile horizontal static load test is conducted, specifically, horizontal loading tests are sequentially conducted on the detected piles in a graded mode through a low-speed load maintaining method based on the pile loading platform; S4, low-strain detection is conducted, specifically, the detected piles are detected through a reflected wave method. According to the method, the foundation pile detection process is improved, reasonable vertical and horizontal static load platforms are built, and the detection efficiency and accuracy are improved.
本发明公开一种水上光伏基桩检测方法，方法包括：S1、搭建试验区域平台：先在施工水域依次打入一字排列的5个检测桩，在5个检测桩周围打入7个呈矩形分布的竖向静载平台辅助桩，基于所述静载平台辅助桩搭建堆载平台；S2、单桩竖向抗压静载试验：基于所述堆载平台采用慢速维持荷载法分级对检测桩依次进行竖向加载测试；S3、单桩水平静载试验：基于所述堆载平台采用慢速维持荷载法分级对检测桩依次进行水平加载测试，S4、低应变检测：采用反射波法对检测桩进行检测。该方法通过对基桩检测流程进行改进，搭建合理的竖向及水平静载平台，提高了检测效率以及准确性。
Overwater photovoltaic foundation pile detection method
水上光伏基桩检测方法
LUO PENGZHUO (author) / ZHOU JILIN (author) / CHEN ZHIMIN (author) / FAN YINZHONG (author) / HE ZHIYANG (author) / ZHONG CHANGQIAN (author) / JIANG HUIPING (author) / CHEN LIANG (author) / HUANG SHUO (author) / PENG BO (author)
2024-07-02
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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