灾害学2012，Vol.27Issue(3)：31-33,44,4.
地裂缝活动对Q3残积古土壤物理力学性质的影响
Influence of Ground Fissure Activity on Physical and Mechanical Properties of Q3 Residual Paleosol
摘要
Abstract
The results of the conventional geotechnical test on the undisturbed sampling of Q3 residual paleosol layer at the Jin Hutuo's trial trench of Chang'an ground fissure show that moisture content and porosity ratio are smaller on both sides of ground fissure compared with that of fracture zone, density and dry density are higher on both sides of ground fissure compared with that of the fracture zone, variation of compression modulus is not obvious on the both sides of main ground fissure. Variation of liquid limit and plastic limit are not evident on the south side of the main ground fissure while they are great on the north side of the main ground fissure. Compression modulus on the south side of secondary ground fissure is great compared with that of fracture zone and it is not obvious on the north side of secondary ground fissure. Liquid limit and plastic limit are smaller on both sides of secondary ground fissure compared with fracture zone. The test results can be used as basis for research on affecting width of the fracture zone.关键词
地裂缝/物理性质/变化规律/Q3残积古土壤Key words
ground fissure/physical properties/variation law/Q3 residual paleosol layer分类
资源环境引用本文复制引用
王颖,宋彦辉,李忠生,李新生..地裂缝活动对Q3残积古土壤物理力学性质的影响[J].灾害学,2012,27(3):31-33,44,4.基金项目
国家自然科学基金资助项目(40972215) （40972215）
陕西省自然科学基础研究计划资助项目(SJ08D04) （SJ08D04）
