seismic liquefaction area 地震液化区
sand seismic liquefaction 砂土地震液化
seismic liquefaction damage 地震液化势
Seismic liquefaction potential 地震液化势
seismic liquefaction evaluation 地震液化判别
seismic liquefaction of sands 砂土液化
sandy soil seismic liquefaction 地震砂土液化
According to the analysis of the creation mechanisms and the influence factor of the lateral spread due to seismic liquefaction, several effective engineering measures that can prevent the ground and pile foundations form earthquake disaster are propoused.
所得结论对高烈度地震区桥梁桩基础的抗震设计具有一定的指导意义;(5)本文根据对地震液化引发地面大变形的产生机理和影响因素分析,归纳总结了防治地面大变形及减小桥梁桩基震害的工程措施,对高速公路工程抗震设计具有一定指导意义。
参考来源 - 地震液化大变形预测及其对高速公路工程影响研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Underground structure in saturated sandy soil might be subject to severe damage due to seismic liquefaction.
饱和砂土地层中的地下结构在地震作用下可能因地基液化而发生破坏。
Typical geological hazards in Beijing plain included active fault, seismic liquefaction of sand and land subsidence.
北京市平原区地质灾害主要表现为活动断裂、地震砂土液化和地面沉降。
The large ground displacement caused by seismic liquefaction is one of the main reasons which induce the failure of engineering structures.
地基液化条件下地面大变形是造成工程结构破坏的主要原因之一。
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