Add to ORKGThis paper presents a mathematical model for simultaneous heat and moisture transfer under freezing-thawing in porous material. Even below zero degree centigrade, unfrozen liquid water exist which play important roll in the process. Moisture (chemical) potential of unfrozen liquid water is unique function of local temperature during freezing. The model takes account for existence of unfrozen liquid water. Simple example of simulation for freezing processes are shown.
Freeze-thaw cycles in porous building materials are studied in this contribution. Degradation and du...
This work was designed to give a better understanding and control of the mechanisms of simultaneous ...
This research conducted an experimental and numerical study of the solidification process of a water...
This article presents a novel mathematical model of hygro-thermal processes in a porous material, pa...
ABSTRACT: For the prevention of vapor condensation and accompanying damage in cold regions, the beha...
The paper presents a novel mathematical model of coupled hygro-thermo-mechanical processes in a poro...
Permafrost has been thawing faster due to climate change which would release greenhouse gases, chang...
For the prevention of vapor condensation and accompanying damage in cold regions, the behavior of wa...
Summarization: A coupled model of freezing–thawing of saturated porous materials, such as soils and ...
This paper introduces a thermo-hydro-mechanical computational model for freezing and thawing in poro...
The purpose of this study is to develop numerical models and tools to simulate the processes of free...
Water held in the pores of a solid becomes unstable when cooled to temperatures below 0 degrees C. I...
The coupled problem of heat and mass transfer during the solidification of high-water content materi...
International audienceWhen subjected to a uniform cooling below the freezing point a water-infiltrat...
A solution to the problem of freezing of a poroelastic material is derived and analysed in the case ...
Freeze-thaw cycles in porous building materials are studied in this contribution. Degradation and du...
This work was designed to give a better understanding and control of the mechanisms of simultaneous ...
This research conducted an experimental and numerical study of the solidification process of a water...
This article presents a novel mathematical model of hygro-thermal processes in a porous material, pa...
ABSTRACT: For the prevention of vapor condensation and accompanying damage in cold regions, the beha...
The paper presents a novel mathematical model of coupled hygro-thermo-mechanical processes in a poro...
Permafrost has been thawing faster due to climate change which would release greenhouse gases, chang...
For the prevention of vapor condensation and accompanying damage in cold regions, the behavior of wa...
Summarization: A coupled model of freezing–thawing of saturated porous materials, such as soils and ...
This paper introduces a thermo-hydro-mechanical computational model for freezing and thawing in poro...
The purpose of this study is to develop numerical models and tools to simulate the processes of free...
Water held in the pores of a solid becomes unstable when cooled to temperatures below 0 degrees C. I...
The coupled problem of heat and mass transfer during the solidification of high-water content materi...
International audienceWhen subjected to a uniform cooling below the freezing point a water-infiltrat...
A solution to the problem of freezing of a poroelastic material is derived and analysed in the case ...
Freeze-thaw cycles in porous building materials are studied in this contribution. Degradation and du...
This work was designed to give a better understanding and control of the mechanisms of simultaneous ...
This research conducted an experimental and numerical study of the solidification process of a water...