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Obtaining 2-D High-Resolution Cone Tip Resistance Fields

机译:获取二维高分辨率圆锥体尖端电阻场

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This paper proposes a novel Bayesian approach for stochastic site characterization. The one dimensional (1-D) high-resolution corrected cone tip resistance field obtained from piezocone tests and 2-D low-resolution shear wave velocity field obtained from multichannel analysis of surface waves (MASW) are combined. The outputs are 2-D high-resolution corrected cone tip resistance fields. The proposed method is applied to a synthetic example. The results show that by gradually incorporating more measurements, the uncertainty of soil profile is substantially reduced.
机译:本文提出了一种新颖的贝叶斯方法进行随机站点表征。将通过压电锥测试获得的一维(1-D)高分辨率校正锥尖端电阻场和通过对表面波(MASW)进行多通道分析获得的2-D低分辨率剪切波速度场相结合。输出是二维高分辨率校正的锥头电阻场。所提出的方法被应用于一个综合的例子。结果表明,通过逐渐合并更多的测量值,土壤剖面的不确定性大大降低了。

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