Add to ORKGThunderstorm simulations were performed for a strong airmass storm and three types of supercell storms. Several different electrification parameterizations were used for each type of storm. A unique aspect of the simu
The study of electrical structure of thunderstorm is a deterministic factor in characterizing the be...
The development of tornadoes from a tornado generating supercell is investigated with a large eddy s...
In Part I of this two-part paper a new method of predicting the total lightning flash rate in thunde...
Three parameterizations of a noninductive graupel-ice mechanism and various strengths of inductive g...
International audienceThe paper describes the fully parallelized electrical scheme CELLS which is su...
International audienceAn electrification and lightning flash scheme was run in a cloud-resolving mod...
A complete lightning flash scheme is implemented in the three-dimensional (3-D) nonhydrostatic mesos...
We use the 1.5 D Thunderstorm Model Tenebrous, developed at University of Washington, to simulate th...
Abstract- Numerical schemes of cloud electrification and lightning have been implemented into two nu...
Supercells are highly productive of severe weather, and often spawn tornadoes. However, Burgess (199...
ABSTRACT i Direct-stroke, very high-level natural lightning is simulated with a developmental lightn...
This paper shows the results of a tailored version of a previously published methodology, designed t...
International audienceOriginal results obtained with the revised version of the explicit cloud elect...
In this two-part paper, influences from environmental factors on lightning in a convective storm are...
PosterInternational audiencePoster about Numerical simulations of thunderstorm with Meso-NH using di...
The study of electrical structure of thunderstorm is a deterministic factor in characterizing the be...
The development of tornadoes from a tornado generating supercell is investigated with a large eddy s...
In Part I of this two-part paper a new method of predicting the total lightning flash rate in thunde...
Three parameterizations of a noninductive graupel-ice mechanism and various strengths of inductive g...
International audienceThe paper describes the fully parallelized electrical scheme CELLS which is su...
International audienceAn electrification and lightning flash scheme was run in a cloud-resolving mod...
A complete lightning flash scheme is implemented in the three-dimensional (3-D) nonhydrostatic mesos...
We use the 1.5 D Thunderstorm Model Tenebrous, developed at University of Washington, to simulate th...
Abstract- Numerical schemes of cloud electrification and lightning have been implemented into two nu...
Supercells are highly productive of severe weather, and often spawn tornadoes. However, Burgess (199...
ABSTRACT i Direct-stroke, very high-level natural lightning is simulated with a developmental lightn...
This paper shows the results of a tailored version of a previously published methodology, designed t...
International audienceOriginal results obtained with the revised version of the explicit cloud elect...
In this two-part paper, influences from environmental factors on lightning in a convective storm are...
PosterInternational audiencePoster about Numerical simulations of thunderstorm with Meso-NH using di...
The study of electrical structure of thunderstorm is a deterministic factor in characterizing the be...
The development of tornadoes from a tornado generating supercell is investigated with a large eddy s...
In Part I of this two-part paper a new method of predicting the total lightning flash rate in thunde...