根据地下洞室群施工特点，分析了进度与稳定分析联合实时控制的流程。
The practical control procedure of construction schedule and quality is advanced based on the construction characteristic of large scale underground caverns.
地下厂房洞室群施工系统以工序模型作为框架，将框架中的模拟工序节点细化为活动模型。
Gongxu model works as a frame in the construction system of the underground structure group, and then the Gongxu model nodes in this frame are refined to Huodong model.
这为复杂地下洞室群爆破施工的围岩稳定性和施工、支护的设计和安全性提供指导。
The studying results offer the guidance to the construction and design of complicated groups of tunnels and will be useful for the similar projects.
针对上述系统模型，应用面向对象的开发方法编制了地下厂房洞室群施工系统仿真软件，适用于地下厂房洞室群施工仿真。
According to the system models talked above, the system simulation software for the construction of underground structure group is developed using the object-oriented technology.
通过大量的科研设计，确定地下洞室群尤其是主厂房的施工程序和支护参数。
Based on a large number of studies, the construction procedures and supporting parameters for underground caverns, especially the main powerhouse, are determined.
通过大量的科研设计，确定地下洞室群尤其是主厂房的施工程序和支护参数。
Based on a large number of studies, the construction procedures and supporting parameters for underground caverns, especially the main powerhouse, are determined.
应用推荐