Add to ORKGImpinging flow occurs when a fluid impacts a comparatively solid boundary upon which divergence occurs. A perfect example of an impinging flow is the impact and divergence of air at ground level during a thunderstorm outflow. The importance of modelling thunderstorm outflows, and in particular the downburst is now well-known to the wind engineering community and research into many of its characteristics is underway throughout the world. The reader is directed to the text by Fujita [I] for an introduction to downburst concepts and theory
A non-translating, long duration thunderstorm downburst has been simulated experimentally and numeri...
textThe International Electrotechnical Commission (IEC) standard 61400-1 for the design of wind turb...
Thunderstorms are frequent phenomena that cause wind speeds and wind-induced damage often greater th...
Impinging flow occurs when a fluid impacts a comparatively solid boundary upon which divergence occu...
A thunderstorm downburst in its simplest form can be modelled as a steady flow impinging air jet. Al...
Thunderstorm downbursts are important for wind engineers as they have been shown to produce the desi...
This paper examines the best turbulence model to use when using computational fluid dynamics to simu...
This paper examines the best turbulence model to use when using computational fluid dynamics to simu...
Downbursts are intense thunderstorm winds that can be found in most, if not all, regions around the ...
In this study, a static continuous impinging jet has been used to simulate a thunderstorm downburst....
A “downburst” is defined as a diverging wind system that occurs when a strong downdraft induces an o...
This paper describes the dataset of measurements collected and published in the context of the compr...
Thunderstorm downbursts are short-lived, transient extreme wind events which can cause wind speeds e...
A non-translating, long duration thunderstorm downburst has been simulated experimentally and numeri...
textWind turbines operate in a constantly changing wind environment. This requires modeling and simu...
A non-translating, long duration thunderstorm downburst has been simulated experimentally and numeri...
textThe International Electrotechnical Commission (IEC) standard 61400-1 for the design of wind turb...
Thunderstorms are frequent phenomena that cause wind speeds and wind-induced damage often greater th...
Impinging flow occurs when a fluid impacts a comparatively solid boundary upon which divergence occu...
A thunderstorm downburst in its simplest form can be modelled as a steady flow impinging air jet. Al...
Thunderstorm downbursts are important for wind engineers as they have been shown to produce the desi...
This paper examines the best turbulence model to use when using computational fluid dynamics to simu...
This paper examines the best turbulence model to use when using computational fluid dynamics to simu...
Downbursts are intense thunderstorm winds that can be found in most, if not all, regions around the ...
In this study, a static continuous impinging jet has been used to simulate a thunderstorm downburst....
A “downburst” is defined as a diverging wind system that occurs when a strong downdraft induces an o...
This paper describes the dataset of measurements collected and published in the context of the compr...
Thunderstorm downbursts are short-lived, transient extreme wind events which can cause wind speeds e...
A non-translating, long duration thunderstorm downburst has been simulated experimentally and numeri...
textWind turbines operate in a constantly changing wind environment. This requires modeling and simu...
A non-translating, long duration thunderstorm downburst has been simulated experimentally and numeri...
textThe International Electrotechnical Commission (IEC) standard 61400-1 for the design of wind turb...
Thunderstorms are frequent phenomena that cause wind speeds and wind-induced damage often greater th...