In recent years large glazed spaces has found increased use both in connection with renovation of buildings and as part of new buildings. One of the objectives is to add an architectural element, which combines indoor- and outdoor climate. In order to obtain a satisfying indoor climate it is cruicial at the design stage to be able to predict the performance regarding thermal comfort and energy consumption. This paper focus on the practical implementation of Computational Fluid Dynamics (CFD) and the relation to other simulation tools regarding indoor climate
The many different parties that influence design and control decisions for buildings, such as buildi...
An existing computer model for dynamic hygrothermal analysis of buildings has been extended with a m...
Glazed facades and atria have had a boom in the 1980's as an architectural feature in building desig...
It is the purpose of this paper to investigate the ability of a k-E turbulence model to predict air ...
An interconnection between a building energy performance simulation program and a Computational Flui...
Glazed facades may cause thermal discomfort due to downdraft. Convectors placed close to the facade ...
The ventilation design concept, model experiment results, two-dimensional computational fluid dynami...
This case study comprises a monitoring programme as well as a ComputationalFluid Dynamics (CFD) anal...
Present research is revolving around the design process and the use of digital applications to suppo...
The Light*House complex is investigated for uncomfortable wind climate and dangerous winds at pedest...
The paper describes the development in airflow simulations in rooms . The research is, as other area...
A diffuse ceiling inlet system is an air distribution system which is supplying the air through the ...
The paper deals with experimental and theoretical examinations of the vertical temperature gradient ...
Thermal discomfort due to downdraught from glazed surfaces are often met by convectors placed close ...
In large enclosures, common ventilation strategies, as complete mixing, require considerable amounts...
The many different parties that influence design and control decisions for buildings, such as buildi...
An existing computer model for dynamic hygrothermal analysis of buildings has been extended with a m...
Glazed facades and atria have had a boom in the 1980's as an architectural feature in building desig...
It is the purpose of this paper to investigate the ability of a k-E turbulence model to predict air ...
An interconnection between a building energy performance simulation program and a Computational Flui...
Glazed facades may cause thermal discomfort due to downdraft. Convectors placed close to the facade ...
The ventilation design concept, model experiment results, two-dimensional computational fluid dynami...
This case study comprises a monitoring programme as well as a ComputationalFluid Dynamics (CFD) anal...
Present research is revolving around the design process and the use of digital applications to suppo...
The Light*House complex is investigated for uncomfortable wind climate and dangerous winds at pedest...
The paper describes the development in airflow simulations in rooms . The research is, as other area...
A diffuse ceiling inlet system is an air distribution system which is supplying the air through the ...
The paper deals with experimental and theoretical examinations of the vertical temperature gradient ...
Thermal discomfort due to downdraught from glazed surfaces are often met by convectors placed close ...
In large enclosures, common ventilation strategies, as complete mixing, require considerable amounts...
The many different parties that influence design and control decisions for buildings, such as buildi...
An existing computer model for dynamic hygrothermal analysis of buildings has been extended with a m...
Glazed facades and atria have had a boom in the 1980's as an architectural feature in building desig...