山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2012年
20期
79-80
,共2页
地震%液化机理%液化判别
地震%液化機理%液化判彆
지진%액화궤리%액화판별
earthquake%liquefaction mechanism%liquefaction distinguishing
简述了饱和砂土和饱和粉土在地震中液化所引起的危害性，以及饱和砂土和饱和粉土的液化机理及其液化判别的方法，并通过工程实例分析蚌埠地区饱和粉土液化的判别方法，为了提高液化判别精度，进一步详细地分析了影响其液化的因素，为合理的抗液化设计提供帮助。
簡述瞭飽和砂土和飽和粉土在地震中液化所引起的危害性，以及飽和砂土和飽和粉土的液化機理及其液化判彆的方法，併通過工程實例分析蚌埠地區飽和粉土液化的判彆方法，為瞭提高液化判彆精度，進一步詳細地分析瞭影響其液化的因素，為閤理的抗液化設計提供幫助。
간술료포화사토화포화분토재지진중액화소인기적위해성，이급포화사토화포화분토적액화궤리급기액화판별적방법，병통과공정실례분석방부지구포화분토액화적판별방법，위료제고액화판별정도，진일보상세지분석료영향기액화적인소，위합리적항액화설계제공방조。
This paper simply discussed the harms of saturated sandy soil and saturated silty soil caused by liquefaction in the earthquake, and the liquefaction mechanism and identification method of saturated sandy soil and saturated silty soil, and through the engineering example analyzed the liquefaction distinguishing method of saturated silty soil in Bengbu area. In order to improve the liquefaction distinguishing precision, further detailedly analyzed the factors influenced the liquefaction, provided help for reasonable liquefaction resistance design.
