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玻璃钢井房建筑物设计
在玻璃钢井房建筑物设计中，结合项目区特点，充分考虑建筑物冻胀破坏问题，并从机井房建筑物美观、结实耐用、强度稳定、供水方便、保护机井等方面综合设计。①造型合理。
In the design of FRP well house building, considering the characteristics of the project area, the problem of building frost heave is fully considered, and the comprehensive design is made from the aspects of beautiful, durable, stable strength, convenient water supply and well protection. ① The shape is reasonable.
根据施工条件、地基土壤情况及运行要求，选择合理的上下部结构形式，在选择结构时，必须注意力求组合构件数量少，接头紧密牢靠，适当注意外形美观。
According to the construction conditions, foundation soil conditions and operation requirements, select a reasonable upper and lower structure form. When selecting the structure, attention must be paid to the small number of combined components, tight and reliable joints, and proper attention to the beautiful appearance.
②构件力求标准化，定型化。
② The components should be standardized and stereotyped.
③尽量减轻玻璃钢井房的重量。
③ Try to reduce the weight of FRP well house.
为了便于运输和安装，在施工的可能条件下，尽量减小构件断面尺寸。
In order to facilitate transportation and installation, the cross-section size of components shall be minimized under possible construction conditions.
④荷载标准及强度设计。
④ Load standard and strength design.
在设计上，充分考虑建筑物的设计标准符合项目区的经济发展、荷载标准及强度设计。
In design, fully consider that the design standard of the building conforms to the economic development, load standard and strength design of the project area.
⑤校核施工运输搬移和安装的强度。
⑤ Check the strength of construction, transportation and installation.
设计依据施工中可能出现的搬移、运输及吊装情况，对构件进行强度校核，按校核结果布置必要数量的钢骨架。
The design shall check the strength of the components according to the possible moving, transportation and hoisting conditions in the construction, and arrange the necessary number of steel skeleton according to the check results.
⑥正确估计施工制作和安装的误差。
⑥ Correctly estimate the error of construction and installation.
设计中应根据施工制作及安装的工艺水平，在构件的接头设计中留有恰当的接缝尺寸，既保证接头紧密，也避免给施工造成困难。
In the design, appropriate joint size shall be reserved in the joint design of components according to the process level of construction, fabrication and installation, so as to ensure the joint is tight and avoid the construction difficulties.
In the design of FRP well house building, considering the characteristics of the project area, the problem of building frost heave is fully considered, and the comprehensive design is made from the aspects of beautiful, durable, stable strength, convenient water supply and well protection. ① The shape is reasonable.
根据施工条件、地基土壤情况及运行要求，选择合理的上下部结构形式，在选择结构时，必须注意力求组合构件数量少，接头紧密牢靠，适当注意外形美观。
According to the construction conditions, foundation soil conditions and operation requirements, select a reasonable upper and lower structure form. When selecting the structure, attention must be paid to the small number of combined components, tight and reliable joints, and proper attention to the beautiful appearance.
②构件力求标准化，定型化。
② The components should be standardized and stereotyped.
③尽量减轻玻璃钢井房的重量。
③ Try to reduce the weight of FRP well house.
为了便于运输和安装，在施工的可能条件下，尽量减小构件断面尺寸。
In order to facilitate transportation and installation, the cross-section size of components shall be minimized under possible construction conditions.
④荷载标准及强度设计。
④ Load standard and strength design.
在设计上，充分考虑建筑物的设计标准符合项目区的经济发展、荷载标准及强度设计。
In design, fully consider that the design standard of the building conforms to the economic development, load standard and strength design of the project area.
⑤校核施工运输搬移和安装的强度。
⑤ Check the strength of construction, transportation and installation.
设计依据施工中可能出现的搬移、运输及吊装情况，对构件进行强度校核，按校核结果布置必要数量的钢骨架。
The design shall check the strength of the components according to the possible moving, transportation and hoisting conditions in the construction, and arrange the necessary number of steel skeleton according to the check results.
⑥正确估计施工制作和安装的误差。
⑥ Correctly estimate the error of construction and installation.
设计中应根据施工制作及安装的工艺水平，在构件的接头设计中留有恰当的接缝尺寸，既保证接头紧密，也避免给施工造成困难。
In the design, appropriate joint size shall be reserved in the joint design of components according to the process level of construction, fabrication and installation, so as to ensure the joint is tight and avoid the construction difficulties.
