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On the helicity dynamics of severe convective storms
Advances in Atmospheric Sciences, 2001A well—documented supercell thunderstorm occurred in Del City, Oklahoma, on 20 May 1977 is successfully simulated by a three—dimensional, nonhydrostatic storm—scale numerical model ARPS. With the numerical simulated data of the storm, the structure and evolution of the helicity, superhelicity and their dynamical influences on the development of the ...
Fei Shiqiang, Tan Zhemin
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Appalachian lee troughs and their association with severe convective storms
, 2012 Forecasting convective storms in the mid-Atlantic region of the U.S. (hereafter mid-Atlantic) is important because of the proximity of the convective initiation region to major East Coast cities.
Thompson, Daniel
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1967
Publisher Summary Although, the present understanding of these storms is in some respects rudimentary, it is vastly advanced over the knowledge of even twenty years ago. Increased knowledge evolved largely through technological advances. The problem of storm observation was largely solved through the introduction of weather surveillance radar ...
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Publisher Summary Although, the present understanding of these storms is in some respects rudimentary, it is vastly advanced over the knowledge of even twenty years ago. Increased knowledge evolved largely through technological advances. The problem of storm observation was largely solved through the introduction of weather surveillance radar ...
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Cumulonimbus Clouds and Severe Convective Storms
2011Abstract Chapter 8 focuses on cumulonimbus clouds including those that produce severe weather like flash floods, tornadoes, lightning, and hail.
William R. Cotton +2 more
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Dynamics of Severe Convective Storms
1963The dynamical description of convective storms properly embraces scales of motion ranging from small turbulent eddies up to extratropical cyclones. Giant thunderstorms are creatures of environments whose properties may vary greatly in time and space.
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Natural Ice-Forming Nuclei in Severe Convective Storms
Journal of the Atmospheric Sciences, 1971Abstract There are two populations of aerosol particles in severe storms: normal background aerosol and aerosolized soil particles. Concentration of the latter, which depends on local wind speed and soil conditions, may be orders of magnitude higher than that of the former.
J. Rosinski +4 more
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AXA probabilistic Severe Convective Storm model in western Europe
2023Severe convective storms are a common occurrence during spring and summer season in European countries. The damages caused by hail and wind gusts can be substantial to properties, especially on motor. The development of a convective storms hazard stochastic catalog is an important step for AXA to assess and mitigate this peril.We propose a method to ...
Julien Cardinal, Rémi Meynadier
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Climatology of local severe convective storms in Assam, India
International Journal of Climatology, 2019AbstractIn Assam, local severe convective storms (LSCS) are recognized as exceptionally powerful and destructive meteorological events resulting in both death and loss of property, as well as livelihood. A valuable aid to assessing and managing LSCS lies in a reliable database of historical severe storms.
Rahul Mahanta, Yusuke Yamane
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A Case Study of a Multicell Severe Convective Storm in Ankara, Turkey
Pure and Applied Geophysics, 2021A maximum wind gust speed of 79.3 kn was measured on 2 August 2011 at the Esenboga International Airport (International Air Transport Association [IATA] code: ESB), which is located in Ankara, the capital of Turkey. This value is the highest maximum wind gust speed value measured at this airport over the last 60 years.
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