A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Information geotechnical reinforced belt, geogrid and application
The invention provides an information geotechnical reinforced belt, a geogrid and application of the information geotechnical reinforced belt. The information geotechnical reinforced belt is formed by implanting a detection optical fiber and/or a steel wire into a reinforced belt at the processing stage of a traditional reinforced belt. The geogrid adopts the information geotechnical reinforced belt, and the information reinforced belt can be used for detecting stress, deformation and the like of a soil body. According to the invention, the detection optical fiber and the traditional reinforced belt are integrated to generate a novel reinforced belt, namely the information reinforced belt. The information reinforced belt has the advantages that the blank that the deformation and stress of the traditional reinforced belt cannot be detected is filled up; a structure function and an information function are integrated, so that the authenticity of information is greatly improved; and the detection optical fiber is arranged in the reinforced belt, so that the influence of the use environment on the detection optical fiber and the breakage rate can be greatly reduced, and the reliability and service life of the detection optical fiber are improved and prolonged.
本发明提供了一种信息土工加筋带、土工格栅及信息土工加筋带的应用，信息土工加筋带是在传统加筋带的加工阶段，将检测光纤和/或钢丝一起植入加筋带内部形成的。土工格栅采用该信息土工加筋带，该信息加筋带可用于土体受力、变形等检测。本发明将检测光纤与传统的加筋带融入一体，产生一种新型加筋带‑信息加筋带，优点在于：填补了传统加筋带变形、应力不能检测的空白；集结构功能与信息功能于一身，信息的真实性大幅度提高；检测光纤置于加筋带内部，可大幅度降低使用环境对检测光纤的影响和破损率，提高其可靠性和使用寿命。
Information geotechnical reinforced belt, geogrid and application
The invention provides an information geotechnical reinforced belt, a geogrid and application of the information geotechnical reinforced belt. The information geotechnical reinforced belt is formed by implanting a detection optical fiber and/or a steel wire into a reinforced belt at the processing stage of a traditional reinforced belt. The geogrid adopts the information geotechnical reinforced belt, and the information reinforced belt can be used for detecting stress, deformation and the like of a soil body. According to the invention, the detection optical fiber and the traditional reinforced belt are integrated to generate a novel reinforced belt, namely the information reinforced belt. The information reinforced belt has the advantages that the blank that the deformation and stress of the traditional reinforced belt cannot be detected is filled up; a structure function and an information function are integrated, so that the authenticity of information is greatly improved; and the detection optical fiber is arranged in the reinforced belt, so that the influence of the use environment on the detection optical fiber and the breakage rate can be greatly reduced, and the reliability and service life of the detection optical fiber are improved and prolonged.
本发明提供了一种信息土工加筋带、土工格栅及信息土工加筋带的应用，信息土工加筋带是在传统加筋带的加工阶段，将检测光纤和/或钢丝一起植入加筋带内部形成的。土工格栅采用该信息土工加筋带，该信息加筋带可用于土体受力、变形等检测。本发明将检测光纤与传统的加筋带融入一体，产生一种新型加筋带‑信息加筋带，优点在于：填补了传统加筋带变形、应力不能检测的空白；集结构功能与信息功能于一身，信息的真实性大幅度提高；检测光纤置于加筋带内部，可大幅度降低使用环境对检测光纤的影响和破损率，提高其可靠性和使用寿命。
Information geotechnical reinforced belt, geogrid and application
一种信息土工加筋带、土工格栅及应用
YE XIAOMING (author) / YANG JUN (author) / ZHU HAILIANG (author) / CHEN BOLIN (author)
2021-08-13
Patent
Electronic Resource
Chinese
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