Add to ORKGIn this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement paste based on the Arrhenius rate theory will be presented. The autogenous deformation will be calculated from the elastic deformations with inclusion of creep. Different kinds of cement paste with a water cement ratio 0.3 are tested and studied, and experimental result compare the model calculation. The results lead to the conclusion that early age creep plays a very important role in the autogenous deformation of hydrating cement paste and should not be neglected in simulation models
Shrinkage-induced cracking can impair the durability of concrete structures. In the past few decades...
International audienceA micro-macro experimental study has been performed, from the end of mixing up...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
In recent decades, several simulation models have been proposed to predict autogenous shrinkage of c...
In recent decades, several simulation models have been proposed to predict autogenous shrinkage of c...
Concrete is a brittle composite material that easily fractures under tension. Due to the fact that t...
Concrete is a brittle composite material that easily fractures under tension. Due to the fact that t...
including the making of copies unless permission is obtained from the copyright proprietors. Pertine...
International audienceAutogenous shrinkage is considered to be one of the main phenomena involved in...
Autogenous shrinkage is the term for the bulk deformation of a closed, isothermal, cement-based mate...
International audienceAt early stages of hydration and in autogenous conditions (no mass transfer wi...
International audienceNumerous studies have been carried out to characterize the autogenous shrinkag...
Shrinkage-induced cracking can impair the durability of concrete structures. In the past few decades...
International audienceA micro-macro experimental study has been performed, from the end of mixing up...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
In this paper, a conceptual model for analyzing the plastic part of autogenous deformation of cement...
In recent decades, several simulation models have been proposed to predict autogenous shrinkage of c...
In recent decades, several simulation models have been proposed to predict autogenous shrinkage of c...
Concrete is a brittle composite material that easily fractures under tension. Due to the fact that t...
Concrete is a brittle composite material that easily fractures under tension. Due to the fact that t...
including the making of copies unless permission is obtained from the copyright proprietors. Pertine...
International audienceAutogenous shrinkage is considered to be one of the main phenomena involved in...
Autogenous shrinkage is the term for the bulk deformation of a closed, isothermal, cement-based mate...
International audienceAt early stages of hydration and in autogenous conditions (no mass transfer wi...
International audienceNumerous studies have been carried out to characterize the autogenous shrinkag...
Shrinkage-induced cracking can impair the durability of concrete structures. In the past few decades...
International audienceA micro-macro experimental study has been performed, from the end of mixing up...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...