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REVISIT TO LIQUEFACTION RESISTANCE OF SAND BY DYNAMIC CENTRIFUGE TEST

机译:动态离心试验复查砂土的抗液化性能。

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The micro-fabric of deposition reflects the imprints of its geologic and stress history,its depositional environment,and its weathering history.Recent experience shows that the fabric anisotropy does influence the static and dynamic behavior of granular materials.In this study,a series of centrifuge tests are conducted m investigate the effects of fabric anisotropy on the dynamic response in the free field.The results show the acceleration,pore pressure and residual settlement is significantly affected by the fabric anisotropy of the ground,which show the liquefaction resistance of the ground.To verify the effects induced by the initial fabric,permeability test are conducted and related m the liquefaction potential.The results indicate the fabric anisotropy should be incorporated into the design method.
机译:沉积物的微结构反映了其地质和应力历史,沉积环境和风化历史的印记。最近的经验表明,织物的各向异性确实会影响粒状材料的静态和动态行为。进行了离心试验,研究了织物各向异性对自由场中动力响应的影响。结果表明,加速度,孔隙压力和残余沉降受地面织物各向异性的影响很大,表明地面的抗液化性为了验证初始织物的影响,进行了渗透性测试并与液化潜能相关。结果表明,织物各向异性应纳入设计方法中。

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