The science of Building Physics was developed in Germany from 1880–1940 but its performance in Modern Movement architecture is considered immature and in aspects problematic. Still, some international pioneers found theoretical and practical ways to catch the theme
This book is dedicated to Lars Erik Nevander, who turned 70 in the autumn of 1991. An international ...
The paper originates from the research on the subject of the specific microclimate of some historic...
The invention of reinforced concrete in the second half of the 19th century represented a revolution...
This textbook provides thorough coverage of the most important building physics phenomena: heat tran...
Dramatic changes in the environmental balance on planetary scale call for a new energetic consciousn...
Thus far, the nineteenth-century history of the technical control of the indoor climate in buildings...
Ventilation of a room can be considered from two aspects. The first one is the air flow through the ...
In Eindhoven University of Technology a unit of Building Physics and Systems (BPS) is working on top...
Thus far, the nineteenth-century history of the technical control of the indoor climate in buildings...
This is the author accepted manuscript.Where modern buildings are unable to maintain the internal en...
The viscosity of air buildings is a hot topic within the construction performers, which the industry...
Japan as a highly industrialized developed country has not been able to solve flat construction in m...
Moisture problems in buildings are increasingly being reported in the mass media in Sweden, often le...
Since the basic concepts in the area of building physics are usually ignored, preventable failures a...
Water, wind, light and mechanical effects do not only play a role in complex engineered con-structio...
This book is dedicated to Lars Erik Nevander, who turned 70 in the autumn of 1991. An international ...
The paper originates from the research on the subject of the specific microclimate of some historic...
The invention of reinforced concrete in the second half of the 19th century represented a revolution...
This textbook provides thorough coverage of the most important building physics phenomena: heat tran...
Dramatic changes in the environmental balance on planetary scale call for a new energetic consciousn...
Thus far, the nineteenth-century history of the technical control of the indoor climate in buildings...
Ventilation of a room can be considered from two aspects. The first one is the air flow through the ...
In Eindhoven University of Technology a unit of Building Physics and Systems (BPS) is working on top...
Thus far, the nineteenth-century history of the technical control of the indoor climate in buildings...
This is the author accepted manuscript.Where modern buildings are unable to maintain the internal en...
The viscosity of air buildings is a hot topic within the construction performers, which the industry...
Japan as a highly industrialized developed country has not been able to solve flat construction in m...
Moisture problems in buildings are increasingly being reported in the mass media in Sweden, often le...
Since the basic concepts in the area of building physics are usually ignored, preventable failures a...
Water, wind, light and mechanical effects do not only play a role in complex engineered con-structio...
This book is dedicated to Lars Erik Nevander, who turned 70 in the autumn of 1991. An international ...
The paper originates from the research on the subject of the specific microclimate of some historic...
The invention of reinforced concrete in the second half of the 19th century represented a revolution...
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