期刊文献+
共找到2篇文章
< 1 >
每页显示 20 50 100
海工项目管路动态约束设计及应力分析
1
作者 赵爽 豆庆民 《船舶标准化工程师》 2018年第5期21-26,共6页
文章从应力分析的角度总结分析动态约束在海工项目中的应用,并详细介绍了3种最常用动态约束的工作原理、设计原则以及在应力分析软件Caesar Ⅱ中的模拟应用。在海工项目设计工程中,引入动态约束概念可为管路系统设计方案提供多一种选择... 文章从应力分析的角度总结分析动态约束在海工项目中的应用,并详细介绍了3种最常用动态约束的工作原理、设计原则以及在应力分析软件Caesar Ⅱ中的模拟应用。在海工项目设计工程中,引入动态约束概念可为管路系统设计方案提供多一种选择,并为应力分析校核提供指导和参考。 展开更多
关键词 动态约束 斜拉构架 减振器 刚性 CAESAR
下载PDF
Application of Gliding Scaffold System In Cable-Stayed Bridge Construction
2
作者 YUBao-chu ZHANGZhe ChangFu-ping 《Journal of China University of Mining and Technology》 EI 2005年第2期152-156,共5页
Gonghe bridge is a double level cable-stayed concrete bridge with a single-cable-plane of single cable tower. Its span is 114+120 m and a whole length of 236 m. The gliding scaffold equipment is used for the first tim... Gonghe bridge is a double level cable-stayed concrete bridge with a single-cable-plane of single cable tower. Its span is 114+120 m and a whole length of 236 m. The gliding scaffold equipment is used for the first time in the long span cable-stayed bridge construction to reduce the construction time limit. In the process of construction, to make sure a safe connection among concrete objects with different ages, the single-supporting and single-suspension system is adopted before the concrete pouring. While the double-supporting and single-suspension system is applied after con- crete pouring. These construction systems with gliding scaffold equipment are first introduced in long span ca- ble-stayed bridge and presented in detail[1]. The practice shows that these gliding scaffold systems have many advan- tages over the traditional ones. 展开更多
关键词 cable-stayed bridge gliding scaffolding equipment construction monitor and control
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部