铁道科学与工程学报2017，Vol.14Issue(5)：1105-1112,8.
超大矩形断面浅覆土盾构顶管施工风险识别及风险评估
Construction risk identification and risk assessment of large rectangular shallow embedded shield pipe jacking tunnel
摘要
Abstract
The sources of risk of shield pipe jacking construction include the risk of equipment, the risk of tunnel entrance and exit construction, the risk of driving tunnel face and the risk of surrounding environment with regard to the super large cross-section, ultra-small spacing, porous rectangular shallow covering shield pipe jacking construction. Using the method ofR=P×C grading and fuzzy comprehensive evaluation, ranking and evaluating the source of risk, know that the risk level of equipment risk, the risk of tunnel entrance and exit construction, the risk of driving tunnel face is high and the risk of environment is moderate. And to take appropriate control measures, and the corresponding evaluation on the level of residual risk, combined the risk analysis with reasonable countermeasures, the measures was proposed to prevent or reduce the risk. The results of the study provide a scientific, systematic, comprehensive and practical basis for the decision of the engineering construction units and related departments to achieve security, economic and efficient management objectives.关键词
盾构顶管/超大断面/超小净距/矩形隧道/施工风险评估Key words
shield pipe jacking/large cross-section/ultra-small spacing/rectangular tunnel/construction risk assessment分类
交通工程引用本文复制引用
康祖玮,杨伟超,尹荣申,邓锷..超大矩形断面浅覆土盾构顶管施工风险识别及风险评估[J].铁道科学与工程学报,2017,14(5):1105-1112,8.基金项目
国家自然科学基金青年基金资助项目(5140826) （5140826）
