International audienceA multi-scale homogenization approach coupled with a hydration model is adopted to predict the bulk and shear moduli evolution of an oilwell cement paste at a very early age (up to one day). Calorimetric experiments were performed to be compared with the results of the kinetics model and also to study the pressure and temperature effects on the hydration kinetics. The homogenization model results are in agreement with the elastic moduli measurements obtained from propagation of ultrasonic waves
The hydration temperature has a considerable effect on the microstructure of cement paste. The micro...
When dealing with cementitious materials, one has to take into consideration the fact that they are ...
Hydraulic cements develop mechanical strength and low permeability as a result of hydration, which i...
A multi-scale homogenization approach coupled with a hydration model is adopted to predict...
International audienceA multi-scale homogenization approach coupled with a hydration model is adopte...
Résume ́ — Évolution des propriétés élastiques d’une pâte de ciment pétrolier au très jeune...
International audienceThe knowledge of the behaviour of oil-well cement paste from the early age to ...
International audienceEvaluation of the poroelastic properties of oil-well cement paste is essential...
Although elastic properties of hydrating cement paste are crucial in concrete engineering practice, ...
The gradual evolution of the material properties of a cement-based material, i.e. the stiffness of c...
Cementitious materials are known to be sensitive to cracking at early ages. During the first days wh...
Models for early age E-modulus evolution of cement pastes are available in the literature, but their...
Cement-based material can be regarded as a highly heterogeneous material with multiple scales and th...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
International audienceAutogenous shrinkage is considered to be one of the main phenomena involved in...
The hydration temperature has a considerable effect on the microstructure of cement paste. The micro...
When dealing with cementitious materials, one has to take into consideration the fact that they are ...
Hydraulic cements develop mechanical strength and low permeability as a result of hydration, which i...
A multi-scale homogenization approach coupled with a hydration model is adopted to predict...
International audienceA multi-scale homogenization approach coupled with a hydration model is adopte...
Résume ́ — Évolution des propriétés élastiques d’une pâte de ciment pétrolier au très jeune...
International audienceThe knowledge of the behaviour of oil-well cement paste from the early age to ...
International audienceEvaluation of the poroelastic properties of oil-well cement paste is essential...
Although elastic properties of hydrating cement paste are crucial in concrete engineering practice, ...
The gradual evolution of the material properties of a cement-based material, i.e. the stiffness of c...
Cementitious materials are known to be sensitive to cracking at early ages. During the first days wh...
Models for early age E-modulus evolution of cement pastes are available in the literature, but their...
Cement-based material can be regarded as a highly heterogeneous material with multiple scales and th...
The evolution of early age mechanical properties and volume change of cement paste is performed thro...
International audienceAutogenous shrinkage is considered to be one of the main phenomena involved in...
The hydration temperature has a considerable effect on the microstructure of cement paste. The micro...
When dealing with cementitious materials, one has to take into consideration the fact that they are ...
Hydraulic cements develop mechanical strength and low permeability as a result of hydration, which i...