CN CN120889208A
The invention relates to the technical field of civil engineering management and construction, in particular to a management method for preventing cracking of a plateau alpine high-speed railway bridge pier stud, which comprises the following steps: an intelligent monitoring step: monitoring the internal temperature of concrete in real time through a pre-embedded fiber bragg grating sensor, and collecting environmental temperature and humidity data in combination with a wireless temperature and humidity sensor; data is received and analyzed in real time through a mobile phone APP, a penetrating management step: a three-level penetrating management architecture of headquarters, work areas and work groups is established, and an energy-saving maintenance step: constant-humidity maintenance is performed on the pier column by adopting an automatic spraying system powered by solar energy and combining plastic film coverage. According to the method, temperature and humidity data are collected in real time through intelligent monitoring, a penetrating type three-level management framework is constructed to achieve rapid instruction response, energy consumption is reduced through a solar maintenance system, the crack occurrence rate is remarkably reduced, the construction period is shortened, and the environmental protection requirement of the plateau ecologically fragile area is met.
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