福建建筑2024,Vol.316Issue(10) :49-54.

福州西区水厂某沉清池温度与变形现场监测

Field Monitoring of Temperature and Deformation in a Settling Tank of Xiqu Water Treatment Plant in Fuzhou

郑守铭 林一庚 林亚智 邵海强
福建建筑2024,Vol.316Issue(10) :49-54.

福州西区水厂某沉清池温度与变形现场监测

Field Monitoring of Temperature and Deformation in a Settling Tank of Xiqu Water Treatment Plant in Fuzhou

郑守铭 1林一庚 1林亚智 1邵海强1
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作者信息

  • 1. 福州城建设计研究院有限公司 福建 福州 350001
  • 折叠

摘要

为研究超长水池变形缝漏水的原因,揭示超长水池温度与变形特性,以福州西区自来水厂某沉清池为例,采用现场监测的方法,对气象、水池结构变形缝处温度和变形等进行为期一年的监测,并对其进行对比分析.结果表明:夏季高温时,5 cm深处的最高温度比10 cm深处的最高温度高出5.4%;冬季低温时,5 cm深处的最低温度比10 cm深处的最低温度低出3.9%;季节温差作用下,水池最大膨胀位移占水池最大变形限值的9.1%.

Abstract

To investigate the causes of water leakage at expansion joints of ultra-long water tanks and uncover the temperature and deform-ation characteristics of these tanks,a field monitoring approach was employed using a settling tank at the Fuzhou Xiqu Water Plant as a case study.Meteorological data,temperature at expansion joints,and deformation of the tank structure were monitored for a period of one year,fol-lowed by comparative analysis.The results show that during high temperatures in summer,the highest temperature at a depth of 5cm is 5.4%higher than that at a depth of 10cm,while during low temperatures in winter,the lowest temperature at 5cm depth is 3.9%lower than that at 10cm depth.Under the influence of seasonal temperature differences,the maximum expansion displacement of the tank accounts for 9.1%of the maximum deformation limit of the tank.

关键词

超长水池/监测/温度/变形

Key words

Ultra-long water pool/Monitoring/Temperature/Deformation

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出版年

2024
福建建筑
福建省土木建筑学会

福建建筑

影响因子:0.379
ISSN:1004-6135
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