Abstract Large Eddy Simulation (LES) of atmospheric flows has become an increasingly
popular modelling approach within the last years, as it has the potential to provide deeper …

Computational Fluid Dynamics combined with a particle tracking technique provides
valuable information concerning residence times and contact times in chemical reactors. In …

In this work, we present an inverse computational method for the identification of the
location, start time, duration and quantity of emitted substance of an unknown air pollution …

Hydrogen is a promising alternative fuel which is expected to gain a significant portion of the
energy market in the near future. However, it is a flammable gas with significant safety …

In this paper CFD modeling techniques are used to simulate deflagration in homogenous,
near stoichiometric hydrogen–air mixture in a model of a tunnel. The tunnel is 78.5 m long …

The main objective of this work is to apply Large Eddy Simulation (LES) on hydrogen
subsonic round jets in order to evaluate modelling strategies and to provide guidelines for …

The peak values observed in a measured concentration time series of a dispersing gaseous
pollutant released continuously from a point source in urban environments, and the hazard …

In this paper a method is presented which allows for estimation of the location and rate of an
unknown point stationary source of passive atmospheric pollutant in a complex urban …

In the present work, a newly developed CFD deflagration model incorporated into the
ADREA-HF code is evaluated against hydrogen vented deflagrations experiments carried …

Computational Fluid Dynamics (CFD) has already proven to be a powerful tool to study the
hydrogen dispersion and help in the hydrogen safety assessment. In this work, the Large …