From rational and micromechanical arguments on energy levels of particle/particle and particle/ fluid interactions, we first provide here a conceptual diagram of predominant interactions within flowing cement pastes under simple shear in steady state as a function of shear rate and solid volume fraction. We focus then on what is universal and common to all polymers used in the cement construction industry and describe at first order the main changes in the underlying physics occurring when such molecules are added to a cement suspension. We finally discuss the upscaling between cement paste rheology and concrete fresh propertie
International audienceIn this paper, we study the physical mechanisms at the origin of a decrease in...
In the work presented in this thesis, the rheology of cement pastes and fresh mortars was studied as...
The rheology of fresh cement, mortar and concrete is described and selected features of the behaviou...
From rational and micromechanical arguments on energy levels of particle/particle and particle/ flui...
International audienceFresh cementitious pastes can be viewed as suspensions of particles of many di...
The aim of this research is to obtain a meaningful rheological characterization of a fresh cement pa...
Rheology has the purpose to study the flux and deformation of materials when submitted to some tensi...
The most important property of cements and concretes after strength is the workability, which is con...
Interest for enhancing particle packing of the solid skeleton in concrete stems efforts to reduce th...
The major issue concerns how the different lignosulfonate types changes the rheological properties o...
Concrete is one of the most important construction materials. However, it is not so compatible with ...
Rheology of a concrete is mainly controlled by the rheological behavior of its cement paste. This is...
We have studied the rheological property evolution and hydration behavior of pure white portland cem...
International audienceIn order to help in modelling the yield stress of fresh concrete, we study the...
Although maximizing particle packing strategy is primarily applied to formulate high performance cem...
International audienceIn this paper, we study the physical mechanisms at the origin of a decrease in...
In the work presented in this thesis, the rheology of cement pastes and fresh mortars was studied as...
The rheology of fresh cement, mortar and concrete is described and selected features of the behaviou...
From rational and micromechanical arguments on energy levels of particle/particle and particle/ flui...
International audienceFresh cementitious pastes can be viewed as suspensions of particles of many di...
The aim of this research is to obtain a meaningful rheological characterization of a fresh cement pa...
Rheology has the purpose to study the flux and deformation of materials when submitted to some tensi...
The most important property of cements and concretes after strength is the workability, which is con...
Interest for enhancing particle packing of the solid skeleton in concrete stems efforts to reduce th...
The major issue concerns how the different lignosulfonate types changes the rheological properties o...
Concrete is one of the most important construction materials. However, it is not so compatible with ...
Rheology of a concrete is mainly controlled by the rheological behavior of its cement paste. This is...
We have studied the rheological property evolution and hydration behavior of pure white portland cem...
International audienceIn order to help in modelling the yield stress of fresh concrete, we study the...
Although maximizing particle packing strategy is primarily applied to formulate high performance cem...
International audienceIn this paper, we study the physical mechanisms at the origin of a decrease in...
In the work presented in this thesis, the rheology of cement pastes and fresh mortars was studied as...
The rheology of fresh cement, mortar and concrete is described and selected features of the behaviou...