In this paper experiments in a scale model are used as a first attempt to investigate how different flow elements such as supply air jets, thermal plumes and free convection flows interact with each other in a large enclosure, if the path of each individual flow element changes and if this influences the overall air flow pattern in the enclosure. The main emphasis has been put on the pathways of chilled free air jets and whether the convective flows from both distributed and concentrated heat sources affect the pathway of the jet and the air flow pattern in the enclosure as a function of the location of the heat source and as a function of the heat supplied by the source
Using isothermal full-scale experiments and two-dimensional isothermal CFD simulations it is investi...
The paper describes work on simplified design methods made in connection with the International Ener...
The velocity level in a room with jet ventilation is strongly influenced by the supply conditions
Air distribution in ventilated rooms is a flow process that can be divided into different elements s...
Model experiments are one of the methods used for the determination of airflow in large spaces. This...
In this paper both model experiments and Computational Fluid Dynamics (CFD) are employed to study th...
In large enclosures, common ventilation strategies, as complete mixing, require considerable amounts...
The research on air distribution in rooms is often done as full-size investigations, scale-model inv...
The ventilation of a test room (LxWxH = 5.4x3.6x2.4 m) with a wall mounted heat source is investigat...
This experimental work deals with the basic problem of merging thermal plumes from heat sources situ...
Ventilation systems with vertical displacement flow have been used in industrial areas with extensiv...
Ceiling-mounted slot diffusers in ventilated rooms will often generate a flow of the wall jet type. ...
The ventilation design concept, model experiment results, two-dimensional computational fluid dynami...
This paper contributes to the work in the lEA - Annex 20 "Air Flow Patterns within Buildings", subta...
A diffuse ceiling inlet system is an air distribution system which is supplying the air through the ...
Using isothermal full-scale experiments and two-dimensional isothermal CFD simulations it is investi...
The paper describes work on simplified design methods made in connection with the International Ener...
The velocity level in a room with jet ventilation is strongly influenced by the supply conditions
Air distribution in ventilated rooms is a flow process that can be divided into different elements s...
Model experiments are one of the methods used for the determination of airflow in large spaces. This...
In this paper both model experiments and Computational Fluid Dynamics (CFD) are employed to study th...
In large enclosures, common ventilation strategies, as complete mixing, require considerable amounts...
The research on air distribution in rooms is often done as full-size investigations, scale-model inv...
The ventilation of a test room (LxWxH = 5.4x3.6x2.4 m) with a wall mounted heat source is investigat...
This experimental work deals with the basic problem of merging thermal plumes from heat sources situ...
Ventilation systems with vertical displacement flow have been used in industrial areas with extensiv...
Ceiling-mounted slot diffusers in ventilated rooms will often generate a flow of the wall jet type. ...
The ventilation design concept, model experiment results, two-dimensional computational fluid dynami...
This paper contributes to the work in the lEA - Annex 20 "Air Flow Patterns within Buildings", subta...
A diffuse ceiling inlet system is an air distribution system which is supplying the air through the ...
Using isothermal full-scale experiments and two-dimensional isothermal CFD simulations it is investi...
The paper describes work on simplified design methods made in connection with the International Ener...
The velocity level in a room with jet ventilation is strongly influenced by the supply conditions