Condition and Reliability Assessment of Constructed Facilities

A. Aktan, Daniel N. Farhey
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引用次数: 8

Abstract

Nondestructive and destructive dynamic field testing and structural identification studies on actual constructed facilities are presented. The specimens discussed here include a 27-story RC flat-slab building, an RC-slab bridge, two 80-year-old steel-truss bridges, and three RC-slab on steel-girder bridges of various ages. The seismic vulnerability of the mid-rise building was evaluated and the test bridges were rated by code procedures as well as by field-calibrated comprehensive 3-D FE models developed by structural identification. Experimentally measured and analytically simulated modal flexibilities of the bridges were correlated with deflections obtained under proof-load-level truck-load tests. The rating factors obtained by field-calibrated models exceeded the corresponding operating rating factors by two and a half to four times for all of the test bridges.
已建设施状态与可靠性评估
对实际建设的设施进行了无损、破坏动力场检测和结构识别研究。本文讨论的试件包括一座27层钢筋混凝土平板建筑、一座钢筋混凝土板桥、两座80年钢桁架桥和三座不同龄期的钢筋混凝土板钢梁桥。采用规范程序和基于结构识别的现场标定综合三维有限元模型对中高层建筑的地震易损性进行了评价,并对试验桥梁进行了评定。实验测量和分析模拟的桥梁模态柔度与证明荷载水平卡车荷载试验中获得的挠度相关。所有试验桥梁的现场标定模型得到的额定值比相应的运行额定值高出2.5至4倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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