Pulmonary drug delivery has gained great interest as an important subject of research over
the past decades given the lung diseases which are affecting millions of people suffer from …

Recent developments in the prediction of local aerosol deposition in human lungs are driven
by the fast development of computational simulations. Although such simulations provide …

To respond to the ongoing pandemic of SARS-CoV-2, this contribution deals with recently
highlighted COVID-19 transmission through respiratory droplets in form of aerosols. Unlike …

The energy transfer between a liquid hollow cone spray and the surrounding air has been
studied using both imaging and phase-Doppler techniques. The spray was produced by a …

The inhalation route has a substantial influence on the fate of inhaled particles. An outbreak
of infectious diseases such as COVID-19, influenza or tuberculosis depends on the site of …

In this article, the results of numerical simulations using computational fluid dynamics (CFD)
and a comparison with experiments performed with phase Doppler anemometry are …

In recent years, pulmonary diseases have posed severe health problems because of
increasing air pollution. Some of the promising drug delivery devices for administering the …

A well-corroborated numerical methodology ensuring reproducibility in the modeling of
pharmaceutical aerosols deposition in the respiratory system via CFD-DEM simulations …

Human airways represent a complex flow system with a spatially and temporally variable
character of air flow during respiration. In this paper, we experimentally studied the …

Background Knowledge of airflow patterns in the large airways is of interest in obstructive
airways disease and in the development of inhaled therapies. Computational fluid dynamics …