Abstract: Atmospheric models based on the Euler equations exist and are used occasionally to carry out numerical experiments. Such a model is used here to simulate the motion of warm bubbles in a dry isentropic atmosphere. For the ...

Abstract: The structure and development of idealized short mesoscale baroclinic waves are investigated within the framework of several numerical simulations. The numerical model used in this study is a mesoscale version of Clark's ...

Abstract: The foundations of classical homogenization techniques, which aim at predicting the overall behavior of heterogeneous materials from that of their constituents, are reviewed. After introductory definitions and a methodological ...

Abstract: The heat balance at the surface of the Ampere Glacier (69°E, 49°S) was studied from 8 January to 2 March 1972. The validity of the logarithmic model was verified up to a height of 3 m for wind speed and 2 m for temperature. ...

Abstract: A brief examination of some recent applications of the spectral method will clearly establish and display the rapid progress accomplished by this technique over the past several years. A discussion of the feasibility of ...

Abstract: One year of precipitation records taken from a subset of the World Meteorological Organization (WMO) global rain gauge network has been analyzed. This analysis has shown that the distribution of accumulation of precipitation ...

Abstract: his paper presents a statistical ice event forecast model for the Arctic based on Fourier transforms and a mathematical filter. The results indicate that this model compares very well with both a multiple regression model ...