Add to ORKGWOS:000378045400119International audienceThe work presented here was performed in the context of the French national project CEOS.fr. The study is part of the second axis of the project dealing with the concrete behavior under thermo-hydro-chemo-mechanical (THCM) loads. One of the objectives of this component was to construct some massive structures with strain restraint in order to test and validate THCM model for predicting the early-age cracking of concrete structures. Once validated, this THCM model is used in the last part of the project to perform some numerical parametric studies and a more precise analysis of the effect of the reinforcement on the crack pattern of massive structures at early age
In the first days after casting, concrete undergoes important volume changes due to cement hydration...
The objective of this work is to propose a comprehensive and efficient modeling approach to simulate...
At early-age, massive concrete structures (ex. nuclear power plant) are submitted to strains due to ...
WOS:000378045400119International audienceThe work presented here was performed in the context of the...
WOS:000338768400008International audienceThis paper presents the application of a thermo-hydro-chemo...
International audienceThis article presents the application of a thermo-hydro-chemo-mechanical (THCM...
In the study of the behavior of concrete at early age in the massive structures, the endogenous shri...
International audienceDifferent factors related to construction site conditions must be accounted fo...
Lors de leur construction, les structures massives (ex. les enceintes de confinement des centrales n...
These recommendations have been prepared by the corresponding working group within RILEM TC 287-CCS ...
Within massive structures hydration reactions of the cement present in the mixture promote an intern...
A numerical model has been developed to predict early-age cracking for massive concrete structures. ...
International audiencePredicting early-age cracking in concrete structures and its effects on servic...
The aim of the PhD thesis is the development of two multiphase models from a common theoretical basi...
International audienceWithin the CEOS.fr national research project, several experiments on massive c...
In the first days after casting, concrete undergoes important volume changes due to cement hydration...
The objective of this work is to propose a comprehensive and efficient modeling approach to simulate...
At early-age, massive concrete structures (ex. nuclear power plant) are submitted to strains due to ...
WOS:000378045400119International audienceThe work presented here was performed in the context of the...
WOS:000338768400008International audienceThis paper presents the application of a thermo-hydro-chemo...
International audienceThis article presents the application of a thermo-hydro-chemo-mechanical (THCM...
In the study of the behavior of concrete at early age in the massive structures, the endogenous shri...
International audienceDifferent factors related to construction site conditions must be accounted fo...
Lors de leur construction, les structures massives (ex. les enceintes de confinement des centrales n...
These recommendations have been prepared by the corresponding working group within RILEM TC 287-CCS ...
Within massive structures hydration reactions of the cement present in the mixture promote an intern...
A numerical model has been developed to predict early-age cracking for massive concrete structures. ...
International audiencePredicting early-age cracking in concrete structures and its effects on servic...
The aim of the PhD thesis is the development of two multiphase models from a common theoretical basi...
International audienceWithin the CEOS.fr national research project, several experiments on massive c...
In the first days after casting, concrete undergoes important volume changes due to cement hydration...
The objective of this work is to propose a comprehensive and efficient modeling approach to simulate...
At early-age, massive concrete structures (ex. nuclear power plant) are submitted to strains due to ...