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Effects of stress conditions on rheological properties of granular soil in large triaxial rheology laboratory tests  
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【会议录名称】 Proceedings of the 9th National Conference on Rheology , 2008 年
【作者】 陈晓斌; 张家生; 刘宝琛; 唐孟雄;
【英文论文作者】 CHEN Xiao-bin ZHANG Jia-sheng LIU Bao-chen TANG Meng-xiong (1.School of Architectural and Civil Engineering; Central South University; Changsha 410075; China; 2.Guangzhou Institute of Building Science; Guangzhou 510440; China);
【作者单位】 School of Architectural and Civil Engineering; Central South University; Guangzhou Institute of Building Science;
【英文会议名称】 The 9th National Conference on Rheology
【会议地点】 中国湖南长沙
【主办单位】 Chinese Society of Rheology(CSR)、Central South University of Forestry & Technology(CSUFT)、Xiangtan University(XTU)、Hunan University of Technology(HNUT)
【学会名称】 中国化学会
【主编】 Huang Bai-yun
【英文论文关键词】 stress conditions; granular soil creep; large triaxial theology test; redstone granular soil; final creep deformation;
【论文摘要】 <正>In order to study the theological properties of red stone granular soil,a series of rheological experiments were executed on large tri-axial rheological apparatus.Under 100,200 and 300 kPa confining stress conditions,the rheological tests were carried out. These experiment results showed that the stress conditions,especially the stress level were the critical influencing factors of the rheological deformation properties.Under the low stress level (S=0.1),the granular soil showed the elastic properties,an...
【英文论文摘要】 In order to study the theological properties of red stone granular soil,a series of rheological experiments were executed on large tri-axial rheological apparatus.Under 100,200 and 300 kPa confining stress conditions,the rheological tests were carried out. These experiment results showed that the stress conditions,especially the stress level were the critical influencing factors of the rheological deformation properties.Under the low stress level (S=0.1),the granular soil showed the elastic properties,and t...
【基金】 Project(200413) supported by Communication Science and Technology Fund of Hunan Province,China
【更新日期】 2008-12-08

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数理科学和化学
  力学
   流变学
  
 
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