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Research on Method of Separating Autogenous Shrinkage from Thermal Deformation of Concrete at Early Ages
In order to separate early-gae autogenous shrinkage from thermal deformation, it is the key to measure accurately thermal expansion coefficient of concrete at early ages. By analysing deeply the research status of early-age thermal expansion coefficient of concrete, the influences of temperature history on early-age autogenous shrinkage and the selection of thermal expansion coefficient are discussed. Moreover, based on the existing methods of separating early-gae autogenous shrinkage from thermal deformation, the more reasonable two-phase separating method considering concrete ages is provided.
Research on Method of Separating Autogenous Shrinkage from Thermal Deformation of Concrete at Early Ages
In order to separate early-gae autogenous shrinkage from thermal deformation, it is the key to measure accurately thermal expansion coefficient of concrete at early ages. By analysing deeply the research status of early-age thermal expansion coefficient of concrete, the influences of temperature history on early-age autogenous shrinkage and the selection of thermal expansion coefficient are discussed. Moreover, based on the existing methods of separating early-gae autogenous shrinkage from thermal deformation, the more reasonable two-phase separating method considering concrete ages is provided.
Research on Method of Separating Autogenous Shrinkage from Thermal Deformation of Concrete at Early Ages
Xie, Li (Autor:in) / Ding, Wu-Yang (Autor:in)
2012
6 Seiten
Aufsatz (Konferenz)
Englisch
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