摘要
高电压等级配电装置楼建筑体量大,电气设施重量重,工艺布置复杂,结构刚度和质量分布不规则,结构设计较困难,尤其在高地震烈度地区,结构抗震设计更为不利。文中以国内某500kV配电装置楼结构设计为例,介绍在复杂的工程条件下所应用到的设计手段及设计方案,以期为类似工程提供借鉴。
As its large volume,heavy electrical facilities inside,complicated process layout,irregular structural rigidity and mass distribution,the structural design for the high-voltage power distribution building would face lots of difficulties.There would be more disadvantages for seismic design,especially in areas with high seismic intensity.In this paper,Taking a 500kV power distribution building's structural design as an example,some design methods and means applied in complex engineering conditions were introduced,in order to provide some reference for similar projects.
作者
江飞
陈寅
JIANG Fei;CHEN Yin(Central Southern China Electric Power Design Institute Co.,Ltd.,of CPECC,Wuhan 430071,China)
出处
《低温建筑技术》
2020年第9期70-71,80,共3页
Low Temperature Architecture Technology
关键词
配电装置楼
三维协同
隔震设计
补偿收缩混凝土
power distribution building
3D collaborative design
seismic isolated design
shrinkage-compensating concrete
