Add to ORKGNumerical simulations of tornadoes show a rich com-plexity near the surface. The highest radial, azimuthal and sometimes vertical wind speeds generally occur within the lowest tens of meters above the ground. Th
Tornadoes induce different wind forces on buildings than straight-line (SL) winds. The tangential ve...
Tornado simulators have been built to produce tornado-like vortices to investigate the characteristi...
Tornadoes are violently rotating columns of air that may be produced by convective clouds and storms...
Because of the lack of field measurements near the ground in tornadoes, numerical simulation may pro...
Tornadoes often land in rural areas damaging a large area of corn field. They leave intriguing fall ...
Tornadoes often leave behind patterns of debris deposition, or surface marks , which provide a dire...
Tornadoes are considered the most violent and dangerous wind hazards and are emerging as a major pub...
The near surface wind field of a tornado is a complex interaction of three regions of flow: the swir...
On an average annual basis, tornadoes can produce billions of dollars in damage and upwards of 50 fa...
Hurricanes and tornadoes contain the most destructive and life threatening winds on the planet. Comb...
The finescale three-dimensional structure and evolution of the near-surface boundary layer of a torn...
Scaling ratios of simulations are essential to research the effect of tornadic winds on buildings an...
Roughness of a terrain is an important parameter that influences the near-ground flow field of torna...
Includes bibliographical references (leaves 64-66)The dynamic structure of a tornado vortex near the...
Tornado simulators have been built to produce tornado-like vortices to investigate the characteristi...
Tornadoes induce different wind forces on buildings than straight-line (SL) winds. The tangential ve...
Tornado simulators have been built to produce tornado-like vortices to investigate the characteristi...
Tornadoes are violently rotating columns of air that may be produced by convective clouds and storms...
Because of the lack of field measurements near the ground in tornadoes, numerical simulation may pro...
Tornadoes often land in rural areas damaging a large area of corn field. They leave intriguing fall ...
Tornadoes often leave behind patterns of debris deposition, or surface marks , which provide a dire...
Tornadoes are considered the most violent and dangerous wind hazards and are emerging as a major pub...
The near surface wind field of a tornado is a complex interaction of three regions of flow: the swir...
On an average annual basis, tornadoes can produce billions of dollars in damage and upwards of 50 fa...
Hurricanes and tornadoes contain the most destructive and life threatening winds on the planet. Comb...
The finescale three-dimensional structure and evolution of the near-surface boundary layer of a torn...
Scaling ratios of simulations are essential to research the effect of tornadic winds on buildings an...
Roughness of a terrain is an important parameter that influences the near-ground flow field of torna...
Includes bibliographical references (leaves 64-66)The dynamic structure of a tornado vortex near the...
Tornado simulators have been built to produce tornado-like vortices to investigate the characteristi...
Tornadoes induce different wind forces on buildings than straight-line (SL) winds. The tangential ve...
Tornado simulators have been built to produce tornado-like vortices to investigate the characteristi...
Tornadoes are violently rotating columns of air that may be produced by convective clouds and storms...