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Seismic soil-structure interaction of a nuclear building: Comparison of two different methods

机译:核建筑的地震土结构相互作用:两种不同方法的比较

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This paper presents the computation of response spectra for a nuclear building, including seismic soil-structure interaction (SSI), using two different methods. To do so, established computer programs like the SASSI computer code and ABAQUS with Infinite Elements are used. The SASSI computer code is based on the Thin Layer Method developed by Lysmer et al. (1981) as a method for computations in the frequency domain. The calculations here are realized with the enhanced efficient SASSI 2010 by Ostadan et al. (2012). Another method, known as the Lysmer damper and also developed by Lysmer and Kuhlemeyer in 1969, is implemented in ABAQUS and called Infinite Elements. These elements contain values for the boundary damping effect. Considering linear elastic material behavior close to the boundary, both methods transmitted and absorbed all normally incoming plane body waves. The paper then discusses the results of the response spectra obtained by the two methods. This comparison assesses the viability of the methods. It also discusses the "accuracy" of the results in terms of efficiency and compares computation times and pre-processing times.
机译:本文介绍了核建筑的响应光谱的计算,包括两种不同方法的地震土结构相互作用(SSI)。为此,使用与SASSI计算机代码和具有无限元素的ABAQU等建立的计算机程序。 Sassi计算机代码基于Lysmer等人开发的薄层方法。 (1981)作为频域中计算的方法。这里的计算与Ostadan等人的增强高效的Sassi 2010实现了。 (2012)。另一种称为Lysmer Damper的方法,并于1969年由Lysmer和Kuhlemeyer开发,在ABAQUS中实现,并称为无限元素。这些元素包含边界阻尼效果的值。考虑到靠近边界的线性弹性材料行为,两种方法透射和吸收所有通常输入的平面体波。然后本文讨论了通过两种方法获得的响应光谱的结果。该比较评估了该方法的可行性。它还在效率方面讨论了结果的“精度”,并比较了计算时间和预处理时间。

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