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M. Halama, K. Kreislová, J. Lysebettens (2011)
Prediction of Atmospheric Corrosion of Carbon Steel Using Artificial Neural Network Model in Local Geographical RegionsCorrosion, 67
Bo Chen, Yong Xia (2017)
Advanced technologies in disaster prevention and mitigationAdvances in Structural Engineering, 20
I. Allam, M. Maslehuddin, H. Saricimen, A. Al-Mana (1994)
Influence of atmospheric corrosion on the mechanical properties of reinforcing steelConstruction and Building Materials, 8
Hou Wenta (1994)
EVALUATION OF ATMOSPHERIC CORROSIVITY OF 7 TEST SITES IN CHINA AND CORROSION MECHANISM OF STEELSCORRSION SCIENCE AND PROTECTION TECHNOLOGY
N. Purwasih, N. Kasai, S. Okazaki, H. Kihira (2017)
Development of Amplifier Circuit by Active-Dummy Method for Atmospheric Corrosion Monitoring in Steel Based on Strain Measurement, 8
D. Cowell, H. ApSimon (1996)
Estimating the cost of damage to buildings by acidifying atmospheric pollution in EuropeAtmospheric Environment, 30
S. Weng, Hong-ping Zhu, Yong Xia, Ling Mao (2013)
Damage detection using the eigenparameter decomposition of substructural flexibility matrixMechanical Systems and Signal Processing, 34
B. Chen, Y. Xu (2007)
A new damage index for detecting sudden change of structural stiffnessStructural Engineering and Mechanics, 26
J. Herrera, P. Spencer, P. Tarín, S. Stafford (1995)
A failure analysis case study: Structural steel sign post collapseMaterials Characterization, 34
P. Li, Bo Chen, Wenxue Xie, Xiang Xiao (2015)
A Comparative Study on Frequency Sensitivity of a Transmission TowerJ. Sensors, 2015
You‐lin Xu, W. Qu, Bo Chen (2003)
Active/robust moment controllers for seismic response control of a large span building on top of ship lift towersJournal of Sound and Vibration, 261
J. Rodriguez, F. Hernández, J. González (2003)
The effect of environmental and meteorological variables on atmospheric corrosion of carbon steel, copper, zinc and aluminium in a limited geographic zone with different types of environmentCorrosion Science, 45
(2011)
diction of atmospheric
L. Haichao (2009)
A STUDY OF ELECTROCHEMICAL NOISE DURING PITTING CORROSION OF IRON IN NEUTRAL SOLUTIONSJournal of the Chinese Society of Corrosion and Protection, 6
Miaomiao Wang, Jiannong Cao, Miao Liu, Bo Chen, You‐lin Xu, Jing Li (2009)
Design and implementation of distributed algorithms for WSN-based structural health monitoringInt. J. Sens. Networks, 5
B. Chen, Y. Xu, W. Qu (2005)
Evaluation of atmospheric corrosion damage to steel space structures in coastal areasInternational Journal of Solids and Structures, 42
L. Farrow, T. Graedel, C. Leygraf (1996)
Gildes model studies of aqueous chemistry. II. The corrosion of zinc in gaseous exposure chambersCorrosion Science, 38
S. Weng, Hong-ping Zhu, Yong Xia, Xiao-qing Zhou, Ling Mao (2013)
Substructuring approach to the calculation of higher-order eigensensitivityComputers & Structures, 117
Yikun Cai, Yu Zhao, Xiao-bing Ma, K. Zhou, Hao Wang (2018)
Long-Term Prediction of Atmospheric Corrosion Loss in Various Field EnvironmentsCorrosion
(1988)
Degradation of Metals in Atmosphere, ASTM STP965
Y. Bai, Wei Chen, Bo Chen, Rui Tu (2017)
Research on Electrically Conductive Concrete with Double- Layered Stainless Steel Fibers for Pavement DeicingMaterials, 114
V. Kuc̆era (1986)
Influence of Acid Deposition on Atmospheric Corrosion of Metals: A Review
F. Deflorian, S. Rossi (2002)
Premature corrosion failure of structural highway components made from weathering steelEngineering Failure Analysis, 9
J.-P. Cai, R. Cottis, S. Lyon (1999)
Phenomenological modelling of atmospheric corrosion using an artificial neural networkCorrosion Science, 41
S. Feliu, M. Morcillo (1993)
THE PREDICTION OF ATMOSPHERIC CORROSION FROM METEOROLOGICAL AND POLLUTION PARAMETERS--II. LONG-TERM FORECASTSCorrosion Science, 34
W. Hou, C. Liang (2004)
Atmospheric Corrosion Prediction of SteelsCorrosion, 60
S. Weng, Yong Xia, You‐lin Xu, Hong-ping Zhu (2011)
Substructure based approach to finite element model updatingComputers & Structures, 89
S. Feliu, M. Morcillo (1993)
The prediction of atmospheric corrosion from meteorological and pollution parameters—I. Annual corrosionCorrosion Science, 34
The study on damage evaluation induced by atmospheric corrosion of engineering structures has attracted more and more international concern over the past three decades. However, the effects of atmospheric corrosion on reticulated shells have not been systematically investigated. In this regard, the performance assessment of a reticulated shell subjected to atmospheric corrosion damage is actively conducted in this study. The atmospheric corrosion model of shell elements is first presented, and a refined exponential model for estimating the corrosion depth of steel materials is developed by using the pattern recognition technique. The sensitivity of stiffness matrix to element thickness is established by using Euler–Bernoulli beam element. The sensitivity of mass matrix to element thickness is developed based on lumped mass assumption. Then, the expression of natural frequency sensitivity to element thickness and mass is derived by considering the section loss induced by both the inner and outer surface corrosion. In addition, the explicit expression of frequency sensitivity to mass of spherical joints is also established in detail. The nonlinear static structural analysis is conducted to evaluate effects of atmospheric corrosion on the stress of structural elements. A real reticulated shell constructed in northern China is taken as the example structure to examine the feasibility of the proposed approach and to assess the potential damage caused by atmospheric corrosion to the structure.
Advances in Structural Engineering – SAGE
Published: Mar 1, 2019
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