Modern wind engineering was born in 1961, when Davenport published a paper in which meteorology, micrometeorology, climatology, bluff-body aerodynamics and structural dynamics were embedded within a homogeneous framework of the wind loading of structures called today “Davenport chain”. Idealizing the wind with a synoptic extra-tropical cyclone, this model was so simple and elegant as to become a sort of axiom. Between 1976 and 1977 Gomes and Vickery separated thunderstorm from non-thunderstorm winds, determined their disjoint extreme distributions and derived a mixed model later extended to other Aeolian phenomena; this study, which represents a milestone in mixed climatology, proved the impossibility of labelling a heterogeneous range of e...
This paper presents a review of thunderstorm dynamics through the use of the vorticity equation with...
Due to the combined effect of the background wind, the translation of the downburst and the radial n...
The wind is the most destructive natural phenomenon. Its actions are thus crucial for the safety and...
Thunderstorms are frequent phenomena that cause wind speeds and wind-induced damage often greater th...
The meteorological services of mid-latitude countries record wind speeds averaged over 10 min or 1 h...
<div><p>Abstract Until the beginning of the 21st Century, the characteristics of wind for purposes o...
The climatology at mid-latitudes (for instance, Europe) is dominated by both extra-tropical depressi...
This paper attempts a state-of-the-art summary of research into thunderstorm wind fields from an eng...
This paper examines the flow field associated with a variety of transient winds and discussed in det...
textThe International Electrotechnical Commission (IEC) standard 61400-1 for the design of wind turb...
Thunderstorm outflows are usually analysed by decomposing their horizontal velocity into a slowly-va...
Traditionally buildings are designed assuming they will be loaded by a statistically stationary atmo...
Thunderstorm winds, i.e. downbursts, are cold descending currents originating from cumulonimbus clou...
AbstractTransient winds, such as thunderstorm downbursts, are the cause of design-load wind speeds i...
Convective windstorms are driven by downdrafts, the physics of which are relatively sim-ple and corr...
This paper presents a review of thunderstorm dynamics through the use of the vorticity equation with...
Due to the combined effect of the background wind, the translation of the downburst and the radial n...
The wind is the most destructive natural phenomenon. Its actions are thus crucial for the safety and...
Thunderstorms are frequent phenomena that cause wind speeds and wind-induced damage often greater th...
The meteorological services of mid-latitude countries record wind speeds averaged over 10 min or 1 h...
<div><p>Abstract Until the beginning of the 21st Century, the characteristics of wind for purposes o...
The climatology at mid-latitudes (for instance, Europe) is dominated by both extra-tropical depressi...
This paper attempts a state-of-the-art summary of research into thunderstorm wind fields from an eng...
This paper examines the flow field associated with a variety of transient winds and discussed in det...
textThe International Electrotechnical Commission (IEC) standard 61400-1 for the design of wind turb...
Thunderstorm outflows are usually analysed by decomposing their horizontal velocity into a slowly-va...
Traditionally buildings are designed assuming they will be loaded by a statistically stationary atmo...
Thunderstorm winds, i.e. downbursts, are cold descending currents originating from cumulonimbus clou...
AbstractTransient winds, such as thunderstorm downbursts, are the cause of design-load wind speeds i...
Convective windstorms are driven by downdrafts, the physics of which are relatively sim-ple and corr...
This paper presents a review of thunderstorm dynamics through the use of the vorticity equation with...
Due to the combined effect of the background wind, the translation of the downburst and the radial n...
The wind is the most destructive natural phenomenon. Its actions are thus crucial for the safety and...