The correct simulation of the atmospheric boundary layer (ABL) is crucial for reliable
weather forecasts in truly complex terrain. However, common assumptions for model …

The present study aims at the evaluation of sources of uncertainty in modelling of heat
transport in a river caused by the discharge coming from a cooling system of a designed gas …

A comparison between anelastic and compressible convection-permitting weather forecasts
for the Alpine region is presented. This involves mesoscale simulation of a typical westerly …

This paper discusses the incorporation of phase changes of the water substance that
accompany moist atmospheric flows into the all-scale atmospheric model based on …

Three object-oriented implementations of a prototype solver of the advection equation are
introduced. The presented programs are based on Blitz++(C++), NumPy (Python) and …

This paper presents the semi-implicit compressible EULAG as a new dynamical core for
convective-scale numerical weather prediction. The core is implemented within the …

A new approach for analyzing multiscale properties of the atmospheric flow is proposed in
this study. For that, the recently introduced isentropic streamfunctions are employed here for …

A one-dimensional boundary layer model was used to study the effects of uncertain input
data on 2-m temperature and 10-m wind. Based on a very large number of numerical results …

This paper presents the semi-implicit compressible EULAG as a new dynamical core for
convectivescale numerical weather prediction. The core is implemented within the …

This paper presents the semi-implicit compressible EULAG as a new dynamical core for
convective-scale numerical weather prediction. The core is implemented within the …