题名: |
Complete Model of Corrosion-Degraded Cyclic Bond Performance in Reinforced Concrete |
其他题名: |
Akiyama,M.,Frangopol,D.M.,and Matsuzaki,H.(2011)."Life-cycle reliability of RC bridge piers under seismic and airborne chloride hazards."Earthquake Eng.Struct.Dyn.,40(15),1671–1687. |
正文语种: |
英文 |
作者: |
A. Kivell |
关键词: |
Bond;Corrosion;Stress;Slip;Cyclic;Concrete;Lifecycle;Seismic;Concrete and masonry structures |
摘要: |
This paper investigates the effects of deterioration due to corrosion on monotonic and cyclic bond performance. Forty-two monotonic and cyclic pullout tests were undertaken on well-confined corroded reinforced concrete specimens, with corrosion levels ranging from 0 to 25% reinforcement mass loss. Experimental results were used in the development of a corrosion-dependent cyclic bondslip model that recreates the effects of corrosion on reinforcement bond. The model allows for alteration of the monotonic pullout curve along with altered damage relationships under cyclic loading to account for corrosion of reinforcement. Impressed current techniques were used to achieve the desired level of corrosion, and the results of this research provide a term of comparison for future studies on specimens subject to natural corrosion processes. |
出版年: |
2015 |
论文唯一标识: |
P-26Y2015V141N09015 |
英文栏目名称: |
Technical Papers |
doi: |
10.1061/(ASCE)ST.1943-541X.0001195 |
期刊名称: |
Journal of Structural Engineering |
拼音刊名(出版物代码): |
P-26 |
卷: |
141 |
期: |
09 |
页码: |
163-171 |