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Noto Cathedral: soil and foundation investigation

机译:诺托大教堂:土壤和地基调查

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On 13th March 1996 the dome of the St. Nicolo Cathedral of Noto fell due to a post-seismic structural collapse. In order to study the soil-structure interaction a comprehensive laboratory and in situ investigation has been carried out to obtain a soil profile. In this paper the dynamic characterisation results and normalised laws are proposed to consider shear modulus decay and damping ratio increase with strain level. The existing foundations of the cathedral were investigated by means of excavations and tests on the stones and the mortar. In this way the foundations were subjected to visual inspections to detect their size and their embedment level. Now, the soil-foundation interaction has been analysed by means of the finite element code SOFIA, considering at this stage the superstructure weight through the influence area approach. In particular, the effects of the designed remedial work of the foundation have been studied, comparing the two configurations before and after the foundation improvement.
机译:1996年3月13日,由于地震后的结构性倒塌,诺托的圣尼科洛大教堂的圆顶倒下了。为了研究土壤与结构的相互作用,已经进行了全面的实验室和现场调查,以获得土壤剖面。本文提出了动态表征结果和归一化规律,以考虑剪切模量的衰减和阻尼比随应变水平的增加而增加。大教堂的现有基础已通过挖掘和对石头和灰浆的测试进行了调查。通过这种方式,对基础进行视觉检查,以检测其大小和嵌入水平。现在,已经通过有限元代码SOFIA分析了地基相互作用,并在此阶段考虑了通过影响面积法计算的上部结构重量。特别是,研究了基础设计补救工作的效果,比较了基础改进前后的两种配置。

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