The severe reactor accident at Fukushima Daiichi Nuclear Power Plant (2011) has
confirmed the need to understand the flow and transport processes of steam and …

Enhanced aerosol transportation is required in numerous industrial applications. Typically,
bubble columns are used for achieving mass transfer. However, limited studies have been …

Multi-well aerosol exposure systems are used in modern toxicology assessment studies to
deliver aerosol to a large number of tissue/cell culture samples simultaneously. These …

Accurate predictions of aerosol transport, evolution, and deposition in the human airways
are crucial for inhalation dosimetry investigations. Inhaled aerosol transported through the …

In this work, an integrated Eulerian model for fouling in turbulent flow was developed to
simulate the particulate fouling characteristics. The model comprises a deposition process …

An Eulerian internally mixed aerosol model is used for predictions of deposition inside a
realistic cast of the human upper airways. The model, formulated in the multi-species and …

A key to understanding biological response due to cell exposure to chemical constituents in
aerosols is to accurately be able to determine the delivered dose. Deposition efficiency and …

Formation of fog due to bulk condensation during a Beyond Design Basis Accident (BDBA)
in a water-cooled nuclear reactor is of high safety relevance with regard to the flammability …

Many aerosols present in nature (eg, atmosphere) or artificially generated for various
purposes (eg, inhalation) are composed of liquids that are prone to continuous evolution …

Inhalation exposes individuals to a diverse range of airborne particles carrying potential
health risks. Airflow and particle transport behavior is highly sensitive to airway geometry …