AbstractThis article is the first approach of research aimed to recognize historical building materials and their properties, analyzing safe and effective renovation measures to decrease energy consumption for heating of buildings built before 1940. Brick samples taken from historical buildings were tested to assess their compressive strength, soluble salt content and water absorption. In addition the external wall heat transfer coefficient was determined and the moisture level in masonry was set in two different climatic conditions
Historic buildings are less energy efficient than modern structures due to the nature of their const...
Energy efficiency in historical heritage buildings is viewed as a taboo because these buildings usua...
Historic buildings are less energy efficient than modern structures due to the nature of their const...
The article presents partial results of laboratory research into physical and mechanical characteris...
Historic buildings are considered to be one of the precious gems of Europe, which defines its charac...
AbstractHistoric buildings are considered to be one of the precious gems of Europe, which defines it...
Acknowledgments to Eduardo Torroja Institute of Construction Sciences of the Higher Council for Sci...
The article notes that the main heat losses during major repairs of buildings of historical developm...
This paper deals with the hygric characterization of early 20th century machine-made clay bricks, re...
The moisture content in historical masonry walls, particularly on the ground floor, caused by i.e. l...
The moisture content in historical masonry walls, particularly on the ground floor, caused by i.e. l...
During interventions to improve the energy efficiency of cultural heritage, it is common to use meth...
In the reconstructions and maintenance of old, historically significant buildings, such materials ar...
In the energy efficiency restoration, one of the most important aspects to consider is the loss of ...
Building standards for energy effectiveness are increasing constantly and the market follows these c...
Historic buildings are less energy efficient than modern structures due to the nature of their const...
Energy efficiency in historical heritage buildings is viewed as a taboo because these buildings usua...
Historic buildings are less energy efficient than modern structures due to the nature of their const...
The article presents partial results of laboratory research into physical and mechanical characteris...
Historic buildings are considered to be one of the precious gems of Europe, which defines its charac...
AbstractHistoric buildings are considered to be one of the precious gems of Europe, which defines it...
Acknowledgments to Eduardo Torroja Institute of Construction Sciences of the Higher Council for Sci...
The article notes that the main heat losses during major repairs of buildings of historical developm...
This paper deals with the hygric characterization of early 20th century machine-made clay bricks, re...
The moisture content in historical masonry walls, particularly on the ground floor, caused by i.e. l...
The moisture content in historical masonry walls, particularly on the ground floor, caused by i.e. l...
During interventions to improve the energy efficiency of cultural heritage, it is common to use meth...
In the reconstructions and maintenance of old, historically significant buildings, such materials ar...
In the energy efficiency restoration, one of the most important aspects to consider is the loss of ...
Building standards for energy effectiveness are increasing constantly and the market follows these c...
Historic buildings are less energy efficient than modern structures due to the nature of their const...
Energy efficiency in historical heritage buildings is viewed as a taboo because these buildings usua...
Historic buildings are less energy efficient than modern structures due to the nature of their const...