STEWART M G,PENG J. Life-cycle Cost Assessment of Climate Change Adaptation Measures to Minimize Carbonation-induced Corrosion Risks[J].International Journal of Engineering under Uncertainty:Hazards Assessment and Mitigation,2010,(1/2):35-46.
YOON I S,COPUROGLU O,PARK K B. Effect of Global Climatic Change on Carbonation Progress of Concrete[J].Atmospheric Environment,2007,(34):7274-7285.doi:10.1016/j.atmosenv.2007.05.028.
[6]
STEWART M G,WANG X,NGUYEN M. Climate Change Impact and Risks of Concrete Iinfrastructure Deterioration[J].Engineering Structures,2011,(04):1326-1337.
[7]
MEEHL G A,STOCKER T F,HEIMANN M. Global Climate Projections[A].Cambridge,uk:cambridge University Press,2007.789-812.
[8]
STEWART M G,TEPLY B,KRALOVA H. The Effect of Temporal and Spatial Variability of Ambient Carbon Dioxide Concentrations on Carbonation of RC Structures[A].Rotterdam,Netherlands:Taylor and Francis Press,2002.654-659.
[9]
SUDRET B,DEFAUX G,PENDOLA M. Stochastic Evaluation of the Damage Length in RC Beams Submitted to Corrosion of Reinforcing Steel[J].Civil Engineering and Environmental Systems,2007,(02):165-178.doi:10.1080/10286600601159305.
[10]
STEWART M G. Workmanship and Its Influence on Probabilistic Models of Concrete Compressive Strength[J].ACI Materials Journal,1995,(04):361-372.
[11]
MIRZA S A,MACGREGOR J G. Variations in Dimensions of Reinforced Concrete Members[J].Journal of the Structural Division ASCE,1979,(04):751-766.