【24h】

Seismic Analysis of Earthen Churches: The Triumphal Arch at Andahuaylillas, Peru

机译:地下教堂的地震分析:秘鲁安达怀伊利亚斯的凯旋门

获取原文
获取原文并翻译 | 示例

摘要

The Saint Peter Apostle Church of Andahuaylillas, also known as the Sistine Chapel of Latin America for its magnificent paintings, is an important religious monument dating from the late 16th or early 17th century. This church is representative of a large number of adobe colonial churches in the Andes. Saint Peter Apostle of Andahuaylillas, considered a masterpiece for its historical, architectural and artistic features, was declared part of the Cultural Heritage of Peru in 2010. This paper presents a summary of the preliminary experimental work and numerical analysis that is being conducted for assessing the seismic vulnerability of the monument. The first part briefly discusses the structural pathologies found in the building and the results of the operational modal analysis tests performed to date. As a result of the current damaged state of the triumphal arch of the church, the second part of the study focuses on the assessment of the structural behaviour of the triumphal arch under in plane horizontal accelerations simulating earthquake conditions. Nonlinear finite element models of the triumphal arch, developed using ABAQUS/CAE Explicit and DIANA, are used to identify the critical accelerations leading to collapse and the related damage patterns, as well as to explore the effect of possible geometrical modifications intended to increase the structural capacity of the arch. In the ABAQUS/CAE Explicit models the identification of the collapse parameters is achieved by simulating quasi-static conditions up to complete structural collapse of the arch.
机译:Andahuaylillas的圣彼得使徒教堂,以其宏伟的画作而被称为拉丁美洲的西斯廷教堂,是重要的宗教纪念碑,其历史可追溯至16世纪末或17世纪初。该教堂代表了安第斯山脉的许多土坯殖民教堂。 Andahuaylillas的Saint Peter Apostle被认为是其历史,建筑和艺术特色的杰作,于2010年被宣布为秘鲁文化遗产的一部分。本文概述了正在进行的初步实验工作和数值分析,用于评估纪念碑的地震脆弱性。第一部分简要讨论了建筑物中发现的结构病态,以及迄今为止进行的运行模态分析测试的结果。由于教堂凯旋门的当前损坏状态,研究的第二部分着重于在模拟地震条件的平面水平加速度下评估凯旋门的结构行为。使用ABAQUS / CAE Explicit和DIANA开发的凯旋门的非线性有限元模型,用于识别导致倒塌的临界加速度和相关的破坏模式,并探索可能的几何修改对增加结构的影响拱的容量。在ABAQUS / CAE Explicit模型中,通过模拟准静态条件直至完成拱的结构性塌陷来识别塌陷参数。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号