underground power-house

基本解释

Criterion and damage zone induced by excavation blasting of underground power-house were studied by field test of blasting vibration and numerical simulation.
通过现场爆破振动测试和数值模拟方法研究地下厂房爆破损伤范围及判据；
In this paper the authors use FLAC3D to carry out simulation analysis in underground power house of Ertan Project. FLAC3D is a three dimensional explicit finite-difference program.
采用三维有限差分FLAC3D程序，以二滩工程地下洞群的结构形式为背景，考虑了几种主要不同因素的影响对围岩稳定性进行了大量计算工况的准三维数值模拟。
Excavation of the upper section of a large underground power house carven and blasting vibration control are close-related to the time limit of the project and the cost and construction safety.
特大型地下厂房顶拱层开挖和爆破震动控制，涉及整个工程项目的工期、成本及施工安全，所以一直是施工中的最关键工序。

地下厂房
The analyses and research are based on underground power house of Three Gorges Hydropower Station which has the specific background of engineering.
本文的分析与研究都基于三峡电源电站地下厂房工程，有明确的工程实践背景。
能源科学技术
地下厂房
全地下式厂房