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A platform for research: civil engineering, architecture and urbanism
Humid environment earthen site slump damage flexible drainage bamboo fiber rod reinforcement method
The invention discloses a humid environment earthen site slump damage reinforcement and protection method. According to the method, bamboo fiber rods are adopted as core materials, geotextile serves as a drainage structural layer, and the appropriate draining function and the appropriate reinforcement function are integrated to control underground earthen site slump damage. By means of the method, the well cementing process is omitted, and disturbance of the well cementing process on earthen site soil mass and secondary damage caused by grouting can be avoided; the construction process is simple, flexible drainage bamboo fiber rods can be directly pressed into the earthen site soil mass through artificial static force, the strength of the earthen site soil mass and the tension resistance of natural bamboo wood are combined, and the stability of the earthen site soil mass is integrally and moderately improved; the defects of large disturbance, serious pollution, irreversibility, poor deformation compatibility suitability through a traditional anchoring technology can be effectively overcome.
Humid environment earthen site slump damage flexible drainage bamboo fiber rod reinforcement method
The invention discloses a humid environment earthen site slump damage reinforcement and protection method. According to the method, bamboo fiber rods are adopted as core materials, geotextile serves as a drainage structural layer, and the appropriate draining function and the appropriate reinforcement function are integrated to control underground earthen site slump damage. By means of the method, the well cementing process is omitted, and disturbance of the well cementing process on earthen site soil mass and secondary damage caused by grouting can be avoided; the construction process is simple, flexible drainage bamboo fiber rods can be directly pressed into the earthen site soil mass through artificial static force, the strength of the earthen site soil mass and the tension resistance of natural bamboo wood are combined, and the stability of the earthen site soil mass is integrally and moderately improved; the defects of large disturbance, serious pollution, irreversibility, poor deformation compatibility suitability through a traditional anchoring technology can be effectively overcome.
Humid environment earthen site slump damage flexible drainage bamboo fiber rod reinforcement method
CHAI XINJUN (author) / HE CHUNFENG (author) / GAO JINHE (author) / LI AIFEI (author) / CHEN SHIJUN (author) / LU QINGRUI (author) / JI ZHIQIANG (author) / LI FENGCHEN (author)
2015-08-26
Patent
Electronic Resource
English
IPC:
E02D
FOUNDATIONS
,
Gründungen
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