Add to ORKGIn this research work a model was developed that describes the combined heat, air, moisture and salt transport including phase transitions in unsaturated porous building materials. Particularly the properties of salt solutions and the interaction with moisture transport and storage properties of the material are considered in the model. The phase transitions crystallization, dissolution, hydration, dehydration and deliquescence are described as kinetic processes. The model is applicable to inert materials, such as bricks and natural stones. An efficient numerical solution method was developed and implemented into a simulation code to solve the coupled set of equations describing the interconnected transport and phase transition phenomena. T...
Over the last few decades, brick masonry buildings in the UK, The Netherlands and Belgium have start...
Salt ions may penetrate into building materials due to diffusive and convective transport processes ...
To conserve historic masonry structures there is an increasing need to understand the deterioration ...
Access restricted to the OSU CommunityIn this research work a model was developed that describes the...
A new fully coupled multiphase model for hygrothermal analysis and prediction of salt diffusion and ...
In this paper, a finite element model is presented, describing moisture and salt transport combined ...
Damp rising and salt crystallization are important factors affecting degradation of porous materials...
Salt crystallization is one of the major factors of degradation of porous materials such as masonry....
International audienceReactive transport is a critical issue in building materials because it is clo...
Prediction of water and salt movement and salt crystallization in porous materials can be done effec...
Damp rising, salt transport and salt crystallization have a great influence on the degradation proce...
Krystalizacja soli rozpuszczonej w cieczy porowej wpływa niekorzystnie na trwałość materiałów budowl...
The durability of porous building materials largely depends on the transport of liquids and dissolve...
Models describing the coupled heat, moisture and salt transport in porous building materials require...
This work considers the crystallisation mechanisms of the most common and aggressive salts that gene...
Over the last few decades, brick masonry buildings in the UK, The Netherlands and Belgium have start...
Salt ions may penetrate into building materials due to diffusive and convective transport processes ...
To conserve historic masonry structures there is an increasing need to understand the deterioration ...
Access restricted to the OSU CommunityIn this research work a model was developed that describes the...
A new fully coupled multiphase model for hygrothermal analysis and prediction of salt diffusion and ...
In this paper, a finite element model is presented, describing moisture and salt transport combined ...
Damp rising and salt crystallization are important factors affecting degradation of porous materials...
Salt crystallization is one of the major factors of degradation of porous materials such as masonry....
International audienceReactive transport is a critical issue in building materials because it is clo...
Prediction of water and salt movement and salt crystallization in porous materials can be done effec...
Damp rising, salt transport and salt crystallization have a great influence on the degradation proce...
Krystalizacja soli rozpuszczonej w cieczy porowej wpływa niekorzystnie na trwałość materiałów budowl...
The durability of porous building materials largely depends on the transport of liquids and dissolve...
Models describing the coupled heat, moisture and salt transport in porous building materials require...
This work considers the crystallisation mechanisms of the most common and aggressive salts that gene...
Over the last few decades, brick masonry buildings in the UK, The Netherlands and Belgium have start...
Salt ions may penetrate into building materials due to diffusive and convective transport processes ...
To conserve historic masonry structures there is an increasing need to understand the deterioration ...