This review discusses the application of computational models to simulate the transport and
deposition of inhaled pharmaceutical aerosols from the site of particle or droplet formation to …

Effective evaluation and prediction of aerosol transport deposition in the human respiratory
tracts are critical to aerosol drug delivery and evaluation of inhalation products …

Prediction of the air-particle dynamics in human lungs can reveal critical deposition sites of
toxins or can determine best physical parameters for direct drug delivery and associated …

A key element of any nanomaterial toxicity screening strategy is a detailed and
comprehensive physicochemical characterization of the test material being studied. This is a …

Direct Lagrangian particle tracking may provide an effective method for simulating the
deposition of ultrafine aerosols in the upper respiratory airways that can account for finite …

A number of research studies have employed a wide variety of mesh styles and levels of grid
convergence to assess velocity fields and particle deposition patterns in models of …

Exposure to nanoparticles has presented potential risks to human cardiorespiratory systems.
Pulmonary retention and extrapulmonary redistribution of inhaled nanoparticles have been …

Computational fluid dynamics (CFD) models are useful for predicting site-specific dosimetry
of airborne materials in the respiratory tract and elucidating the importance of species …

Particles from channelled emissions of a battery recycling facility were size-segregated and
investigated to correlate their speciation and morphology with their transfer towards lettuce …

The quality of cultivated consumed vegetables in relation to environmental pollution is a
crucial issue for urban and peri-urban areas, which host the majority of people at the global …