Recent advances in bridging kinetics and thermodynamics of mineral dissolution have opened new horizons in our understanding of the role of dissolution in cement hydration. Indeed most hydration kinetic regimes of alite can be rationally envisioned from a dissolution perspective. This short note reviews some key findings on dissolution mechanisms and their implication for cementitious systems
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
This work aims to study the alkali‐silica reaction (ASR) with incorporated kinetic‐thermodynamic ana...
During the hydration of the major anhydrous constituents of cement such as Ca3SiO5 and βCa2SiO4, two...
Progress in understanding hydration mechanisms of alite and Portland cement is reviewed. Up to the e...
Underground job sites such as tunnels and mines rely on the quality of recently sprayed concrete to ...
The current state of knowledge of cement hydration mechanisms is reviewed, including the origin of t...
A theoretical model for cement hydration was proposed to study multi-mineral reactive transport proc...
Resumen del trabajo presentado en el XIII International Congress on the Chemistry of Cement, celebra...
The kinetics of hydration of cementitious materials is sensitive to the mixing procedure. High shear...
The kinetics of hydration of cementitious materials is sensitive to the mixing procedure. High shear...
This discussion comments on the recent model by Juilland and his co-authors for the dissolution of a...
Cement hydration kinetics is a complex problem of dissolution, nucleation and growth that is still n...
The current contribution proposes a multi-scale bridging modeling approach for the dissolution of cr...
International audienceThe determination of reliable weathering/dissolution rates for cement phases i...
International audienceThe most important phase in cement is tricalcium silicate which leads during i...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
This work aims to study the alkali‐silica reaction (ASR) with incorporated kinetic‐thermodynamic ana...
During the hydration of the major anhydrous constituents of cement such as Ca3SiO5 and βCa2SiO4, two...
Progress in understanding hydration mechanisms of alite and Portland cement is reviewed. Up to the e...
Underground job sites such as tunnels and mines rely on the quality of recently sprayed concrete to ...
The current state of knowledge of cement hydration mechanisms is reviewed, including the origin of t...
A theoretical model for cement hydration was proposed to study multi-mineral reactive transport proc...
Resumen del trabajo presentado en el XIII International Congress on the Chemistry of Cement, celebra...
The kinetics of hydration of cementitious materials is sensitive to the mixing procedure. High shear...
The kinetics of hydration of cementitious materials is sensitive to the mixing procedure. High shear...
This discussion comments on the recent model by Juilland and his co-authors for the dissolution of a...
Cement hydration kinetics is a complex problem of dissolution, nucleation and growth that is still n...
The current contribution proposes a multi-scale bridging modeling approach for the dissolution of cr...
International audienceThe determination of reliable weathering/dissolution rates for cement phases i...
International audienceThe most important phase in cement is tricalcium silicate which leads during i...
This study deals with multi-scale kinetics study of blended cements containing supplementary cementi...
This work aims to study the alkali‐silica reaction (ASR) with incorporated kinetic‐thermodynamic ana...
During the hydration of the major anhydrous constituents of cement such as Ca3SiO5 and βCa2SiO4, two...