This paper systematically examines the influence of the computational parameters on the computed wind loads on the building envelope. Parameters considered include : size of the computational domain, number of computational grid nodes, criteria used for the convergence of an iterating process and computing time requirements for different computer systems. In all four cases, computed results and computational cost (CPU time) are analyzed and for some cases comparisons are also made with the experimental data. By using this analysis a diagnostic system to monitor the computed results can be developed.Peer reviewed: YesNRC publication: Ye
Over the years, wind loading codes has been a crucial tool in determining design wind loads on build...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Advancements in computer software and hardware technology provide a new direction for analyzing engi...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
One result of climate change is the increasing strength and frequency of wind events. This creates a...
The wind environment around buildings and the wind pressures on building surfaces are studied by sca...
Wind analysis for the structure of buildings is a challenging process. The increasing strength and f...
The thesis was devoted to the study of loads acting on buildings. The parts analyzed and identified ...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
In recent years, the use of computational fluid dynamics (CFD) to evaluate flow fields has become mo...
Over the years, wind loading codes has been a crucial tool in determining design wind loads on build...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Advancements in computer software and hardware technology provide a new direction for analyzing engi...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
Buildings and other infrastructures located in the coastal regions of the US have a higher level of ...
One result of climate change is the increasing strength and frequency of wind events. This creates a...
The wind environment around buildings and the wind pressures on building surfaces are studied by sca...
Wind analysis for the structure of buildings is a challenging process. The increasing strength and f...
The thesis was devoted to the study of loads acting on buildings. The parts analyzed and identified ...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
In recent years, the use of computational fluid dynamics (CFD) to evaluate flow fields has become mo...
Over the years, wind loading codes has been a crucial tool in determining design wind loads on build...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...
Nowadays wind environment research usually requires lots of comparisons of simulations to study infl...