摘要
储罐现场施工中,电动葫芦提升结构可通过力学分析、计算,确定所需电动葫芦的数目、提升组合结构中边柱和中心柱的规格尺寸及其连接形式,达到在保障施工安全的前提下合理配置施工机具、减少辅助材料消耗的目的。
On the field construction of storage tank, the hoisting structure of electric block, by means of mechanics analysis and computation, can determine the amount which the electric block requires, the size of its side column and central column and its connecting forms, thus eventually reasonably allocating construction tools and decreasing the consumption of assistant materials only when the construction security is guaranteed.
出处
《江汉石油职工大学学报》
2007年第4期75-78,共4页
Journal of Jianghan Petroleum University of Staff and Workers
关键词
储罐施工
提升结构
优化计算
Storage Tank Construction
Hoisting Structure
Optimization of Computation
