摘要
火电厂地下结构设计与电厂运行效率息息相关,包括水池、泵房与地下廊道等多个部分,且在美国标准背景下对设计质量提出更高要求,对此,论文分别对大型地下水池、岸边泵房、煤仓地下廊道的结构设计过程与方法进行分析,并利用STAAD软件创建三维模型,在明确基本工况与荷载组合的情况下进行计算,使地下结构设计与美国标准充分符合,结果准确可靠。
The design of underground structure of thermal power plant is closely related to the operation efficiency of power plant,including pool,pump room and underground corridor,etc.,and higher requirements are put forward for the design quality under the background of American standard.In this paper,the structural design process and method of large underground pool,shore pump house and underground corridor of coal bunker are analyzed respectively,and the 3D model is created by STAAD software,and the calculation is carried out under the condition of clear basic working conditions and load combinations,so that the design of underground structure fully conforms to American standards,and the results are accurate and reliable.
作者
姜山
JIANG Shan(Shandong Electric Power Construction Third Engineering Co.Ltd.,Qingdao 266100,China)
出处
《工程建设与设计》
2022年第3期42-44,57,共4页
Construction & Design for Engineering
关键词
美国标准
火电厂
地下结构
廊道设计
American standard
thermal powerplant
underground structure
corridor design