International audienceA poro-elastic analysis is undertaken to account for the pressure time history of water-infiltrated pores within a material subjected to freezing. The thermodynamic-mechanical equilibrium of undercooled water and ice crystal, and Poiseuille-like flow through the connection channels, combine to reveal three successive mechanisms: in-pore crystallization, in-pore partial melting and a micro-cryosuction process, driving liquid water from the yet unfrozen pores to the frozen sites. The model turns out to be apt to predict the macroscopic relaxation process observed at the onset of crystallization as reported in the literature for cement-based materials.Une analyse poroelastisque est entreprise afin de rendre compte de l'év...
Water held in the pores of a solid becomes unstable when cooled to temperatures below 0 degrees C. I...
A solution to the problem of freezing of a poroelastic material is derived and analysed in the case ...
Freezing of water can be explained by the thermodynamic properties of the water due to the influence...
International audienceA poro-elastic analysis is undertaken to account for the pressure time history...
International audienceWhen subjected to a uniform cooling below the freezing point a water-infiltrat...
International audienceThe elastic behavior of saturated porous materials under undrained freezing is...
The paper presents a novel mathematical model of coupled hygro-thermo-mechanical processes in a poro...
International audienceBased on the local physical characterization of partial freezing in porous med...
AbstractThe freezing behavior of cementitious materials is investigated in this paper through porome...
A key factor that affects freeze-thaw damages of cement-based porous materials (CBPMs) is the amount...
The thermodynamic equilibrium conditions for a water-ice interface in a pore of a porous medium are ...
International audienceThe deformation and the fracture of porous solids from internal crystallizatio...
A new experimental apparatus is being used that permits the measurement of developing pressures duri...
When subject to freezing/thawing cycles with or without deicing salt, cement-based materials can suf...
Both cryoporometry and relaxometry are tools to determine the pore size distribution (PSD) of a poro...
Water held in the pores of a solid becomes unstable when cooled to temperatures below 0 degrees C. I...
A solution to the problem of freezing of a poroelastic material is derived and analysed in the case ...
Freezing of water can be explained by the thermodynamic properties of the water due to the influence...
International audienceA poro-elastic analysis is undertaken to account for the pressure time history...
International audienceWhen subjected to a uniform cooling below the freezing point a water-infiltrat...
International audienceThe elastic behavior of saturated porous materials under undrained freezing is...
The paper presents a novel mathematical model of coupled hygro-thermo-mechanical processes in a poro...
International audienceBased on the local physical characterization of partial freezing in porous med...
AbstractThe freezing behavior of cementitious materials is investigated in this paper through porome...
A key factor that affects freeze-thaw damages of cement-based porous materials (CBPMs) is the amount...
The thermodynamic equilibrium conditions for a water-ice interface in a pore of a porous medium are ...
International audienceThe deformation and the fracture of porous solids from internal crystallizatio...
A new experimental apparatus is being used that permits the measurement of developing pressures duri...
When subject to freezing/thawing cycles with or without deicing salt, cement-based materials can suf...
Both cryoporometry and relaxometry are tools to determine the pore size distribution (PSD) of a poro...
Water held in the pores of a solid becomes unstable when cooled to temperatures below 0 degrees C. I...
A solution to the problem of freezing of a poroelastic material is derived and analysed in the case ...
Freezing of water can be explained by the thermodynamic properties of the water due to the influence...