Add to ORKGInternal pressures in buildings are dependent on the type, position and sizes of openings in the envelope, volume of the building and the approach wind speed. In the case of a building with a dominant opening, Helmholtz resonance could also have a significant influence on the internal pressure fluctuations. This paper reviews the governing equation for fluctuating internal pressure based on the Helmholtz resonator model and previous proposals for codification of peak internal pressures, and presents a new simpler form based on recent experimental data
The wind loading on most structural elements is made up of both an external and internal pressure. I...
A building with a dominant opening in a wall may experience internal pressures equal to, or greater ...
An internal pressure analysis was carried out on an open plan wind tunnel model for a range of nomin...
Internal pressures in buildings are dependent on the type, position and sizes of openings in the env...
Internal pressures in buildings are dependent on the type, position and sizes of openings in the env...
This paper considers internal pressure fluctuations for a range of building volumes and dominant wal...
The internal pressure in buildings with a range dominant opening sizes and internal volume sizes are...
Internal pressures contribute to a significant proportion of the net pressure across a building enve...
A single opening on the windward wall of a building often contributes to the critical wind loading s...
Openings in a building envelope can generate large internal pressure in strong winds, and in combina...
A dominant opening in a windward wall will generate large positive internal pressures during windsto...
Openings in a building envelope can generate large internal pressure in strong winds, and in combina...
Wind-induced internal pressures have been measured at the Wind Engineering Research Field Laboratory...
Abstract. The windowpanes and roofs of buildings may sometimes be damaged by strong winds. The resul...
An opening in a building envelope can cause large internal pressures, which are crucial to structura...
The wind loading on most structural elements is made up of both an external and internal pressure. I...
A building with a dominant opening in a wall may experience internal pressures equal to, or greater ...
An internal pressure analysis was carried out on an open plan wind tunnel model for a range of nomin...
Internal pressures in buildings are dependent on the type, position and sizes of openings in the env...
Internal pressures in buildings are dependent on the type, position and sizes of openings in the env...
This paper considers internal pressure fluctuations for a range of building volumes and dominant wal...
The internal pressure in buildings with a range dominant opening sizes and internal volume sizes are...
Internal pressures contribute to a significant proportion of the net pressure across a building enve...
A single opening on the windward wall of a building often contributes to the critical wind loading s...
Openings in a building envelope can generate large internal pressure in strong winds, and in combina...
A dominant opening in a windward wall will generate large positive internal pressures during windsto...
Openings in a building envelope can generate large internal pressure in strong winds, and in combina...
Wind-induced internal pressures have been measured at the Wind Engineering Research Field Laboratory...
Abstract. The windowpanes and roofs of buildings may sometimes be damaged by strong winds. The resul...
An opening in a building envelope can cause large internal pressures, which are crucial to structura...
The wind loading on most structural elements is made up of both an external and internal pressure. I...
A building with a dominant opening in a wall may experience internal pressures equal to, or greater ...
An internal pressure analysis was carried out on an open plan wind tunnel model for a range of nomin...