Large-Eddy Simulation: How Large is Large Enough? in: Journal of the Atmospheric Sciences
Volume 61 Issue 4 (2004) Jump to Content Jump to Main Navigation Logo Logo Logo Logo …

Field measurements and numerical simulations were used to determine the effects of
dominant meteorological conditions on the hydrodynamics of a wide (aspect ratio~ 2) …

This work presents an exact solution of Euler's incompressible equations in the context of a
bidirectional vortex evolving inside a conically shaped cyclonic chamber. The corresponding …

It is shown that an inverse cascade of the turbulence of inertio-gravity waves produces a
long-scale wave condensate. A new nonlinear equation is derived for long waves on …

A case study of a thundery low and associated prefrontal squall line in western Europe is
presented. It is shown that the prefrontal squall line is linked to the vertical circulation …

The dynamics of the pressure distribution associated with the sea‐breeze circulation is
investigated. Analysis of hourly observations of surface pressure reveals that, on a typical …

In this work we describe the spectral properties of the daily medium temperature fluctuations
measured from 1951 to 1989 in Hungary. We compare our observations with the …

Numerical simulations were carried out to investigate gyres within open lacustrine
embayments subjected to parallel-to-shore currents. In such embayments, gyre formation …

Lakes are often pictured as quiescent water bodies, although they are actually dynamic
systems with varying thermal structure and circulation. Lake Geneva, with a surface area of …

The effect of the Ampére force on inertio-gravity (IG) waves in the partially ionized
ionospheric E-layer is considered. Electromagnetic IG waves are then studied. It is shown …