Add to ORKGThis paper presents internal pressure coeffi-cients and discharge coefficients in a building with wind-driven cross-ventilation caused by sliding window openings on two adjacent walls. The study found that both coefficients vary con-siderably with the opening area and the inlet to outlet ratio. 1
Natural ventilation is of increasing interest in building industry because of recent focus on enviro...
Natural ventilation is gaining more popularity in recent decades as a sustainable strategy to reduce...
Commercial wind towers have been the focus of intensive research in terms of their design and perfor...
This paper describes the classical approach for calculation of wind driven airflow through large op...
Airflow through openings in a cross ventilated building scale model was investigated in a wind tunne...
© 2017 The Authors Cross-ventilation using rooftop wind-catchers is very complex as it is influenced...
Cross-ventilation using rooftop wind-catchers is very complex as it is influenced by a wide range of...
The opening size on indoor airflow is important to the ventilation of building because various size ...
A building with a dominant windward wall opening will produce large internal pressures during a seve...
Computational fluid dynamics simulations with a Reynolds-averaged Navier-Stokes model were performed...
This paper describes the effect of outward opening the sash of a window on local and overall wind pr...
This paper presents a computational fluid dynamics (CFD) simulation of coupled outdoor wind flow and...
Summary: In case of cross ventilation through the large opening, it is well known that the inflow d...
A dominant opening in a windward wall will generate large positive internal pressures during windsto...
A building with a dominant opening in a wall may experience internal pressures equal to, or greater ...
Natural ventilation is of increasing interest in building industry because of recent focus on enviro...
Natural ventilation is gaining more popularity in recent decades as a sustainable strategy to reduce...
Commercial wind towers have been the focus of intensive research in terms of their design and perfor...
This paper describes the classical approach for calculation of wind driven airflow through large op...
Airflow through openings in a cross ventilated building scale model was investigated in a wind tunne...
© 2017 The Authors Cross-ventilation using rooftop wind-catchers is very complex as it is influenced...
Cross-ventilation using rooftop wind-catchers is very complex as it is influenced by a wide range of...
The opening size on indoor airflow is important to the ventilation of building because various size ...
A building with a dominant windward wall opening will produce large internal pressures during a seve...
Computational fluid dynamics simulations with a Reynolds-averaged Navier-Stokes model were performed...
This paper describes the effect of outward opening the sash of a window on local and overall wind pr...
This paper presents a computational fluid dynamics (CFD) simulation of coupled outdoor wind flow and...
Summary: In case of cross ventilation through the large opening, it is well known that the inflow d...
A dominant opening in a windward wall will generate large positive internal pressures during windsto...
A building with a dominant opening in a wall may experience internal pressures equal to, or greater ...
Natural ventilation is of increasing interest in building industry because of recent focus on enviro...
Natural ventilation is gaining more popularity in recent decades as a sustainable strategy to reduce...
Commercial wind towers have been the focus of intensive research in terms of their design and perfor...