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A numerical study on the 2D behavior of clayey basins

机译:粘性盆地二维行为的数值研究

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摘要

In this numerical study the effects of basin edge on the dynamic behavior of the clayey basins are investigated. For this purpose a range of bedrock inclinations at the valley sides from slighter 10 degrees and 20 degrees to steeper 30 degrees and 40 degrees, and three types of stiff, medium plasticity and soft clay materials are selected. The results of the 2D analyses show that not only the amplification pattern of different clay types is different, but also it differs for each material type under different motion intensities. Also, the frequency domain results show that different parts of the valleys are sensitive to different periods. It was seen that under two-dimensional conditions the amplification of clay types other than soft clay could be higher. Finally, the results of this research show the important effect of motion intensity on the 2D behavior of valleys. (C) 2014 Elsevier Ltd. All rights reserved.
机译:在此数值研究中,研究了盆地边缘对黏性盆地动力学行为的影响。为此,在谷侧的基岩倾角范围从略微的10度和20度到陡峭的30度和40度,并选择了三种类型的硬,中塑性和软粘土材料。二维分析的结果表明,不仅不同粘土类型的放大方式不同,而且每种材料在不同运动强度下的放大方式也不同。同样,频域结果表明,波谷的不同部分对不同的周期敏感。可以看出,在二维条件下,除软粘土以外的粘土类型的放大率可能更高。最后,这项研究的结果显示了运动强度对山谷的二维行为的重要影响。 (C)2014 Elsevier Ltd.保留所有权利。

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