The presence of moisture inside building materials decreases their thermal and mechanical performances. Knowing the variability of these properties as a function of saturation is essential both to evaluate the aging of the material over time, and to characterize the durability of the new materials introduced in the restoration. The study presents an experimental research, carried out on some bricks produced for the restoration of historical buildings in Madrid, aimed at evaluating the percentage change of thermal and mechanical strength of these materials due to the presence of water in different saturation levels
Bricks made from clay and shale expand after firing due to the effects of moisture. The expansion co...
none4Old masonries are often affected by capillary water rise from ground, causing material deterior...
For a better understanding of the behaviour of old brick masonry in facing the rising damp problem, ...
The presence of moisture inside building materials decreases their thermal and mechanical performanc...
The paper presents test results concerning ceramic bricks produced in 1880’s. Bricks were obtained f...
The paper presents test results concerning ceramic bricks produced in 1880’s. Bricks were obtained f...
Architectural heritage is deeply threatened by extreme weather events due to ongoing climatic change...
Acknowledgments to Eduardo Torroja Institute of Construction Sciences of the Higher Council for Sci...
Interventions in historic brick buildings require an exhaustive analysis of the current characteris...
Producción CientíficaIn the energy efficiency restoration, one of the most important aspects to cons...
Experimental and laboratory research into residual physical and mechanical characteristics of histor...
In the energy efficiency restoration, one of the most important aspects to consider is the loss of ...
This paper examines the fundamental mechanical properties of masonry elements incorporating fired-cl...
Producción CientíficaInterventions in historic brick buildings require an exhaustive analysis of the...
The research presented in this paper investigated the mechanical behavior of bricks subjected to moi...
Bricks made from clay and shale expand after firing due to the effects of moisture. The expansion co...
none4Old masonries are often affected by capillary water rise from ground, causing material deterior...
For a better understanding of the behaviour of old brick masonry in facing the rising damp problem, ...
The presence of moisture inside building materials decreases their thermal and mechanical performanc...
The paper presents test results concerning ceramic bricks produced in 1880’s. Bricks were obtained f...
The paper presents test results concerning ceramic bricks produced in 1880’s. Bricks were obtained f...
Architectural heritage is deeply threatened by extreme weather events due to ongoing climatic change...
Acknowledgments to Eduardo Torroja Institute of Construction Sciences of the Higher Council for Sci...
Interventions in historic brick buildings require an exhaustive analysis of the current characteris...
Producción CientíficaIn the energy efficiency restoration, one of the most important aspects to cons...
Experimental and laboratory research into residual physical and mechanical characteristics of histor...
In the energy efficiency restoration, one of the most important aspects to consider is the loss of ...
This paper examines the fundamental mechanical properties of masonry elements incorporating fired-cl...
Producción CientíficaInterventions in historic brick buildings require an exhaustive analysis of the...
The research presented in this paper investigated the mechanical behavior of bricks subjected to moi...
Bricks made from clay and shale expand after firing due to the effects of moisture. The expansion co...
none4Old masonries are often affected by capillary water rise from ground, causing material deterior...
For a better understanding of the behaviour of old brick masonry in facing the rising damp problem, ...