Differences in nasal anatomy among human subjects may cause significant differences in
respiratory airflow patterns and subsequent dosimetry of inhaled gases and particles in the …

Detailed data of air flow patterns can assist in the understanding of the physiological and
pathological aspects of nasal breathing as well as the prediction of gas-particle flows. A …

Airflow dynamics are recognized as being important to the functioning of the human nose in
conditioning and filtering inspired air, yet these dynamics are poorly understood. Despite …

Background A major issue among computational respiratory studies is the wide variety of
nasal morphologies being studied, caused by both inter-population and inter-subject …

Background Nasal airflow is essential for the functioning of the human nose. Given
individual variation in nasal anatomy, there is yet no consensus what constitutes normal …

Nasal airflow is one of the most important determinants for nasal physiology. During the long
evolution of human beings, different races have developed their own attributes of nasal …

The human nose serves vital physiological functions, including warming, filtration,
humidification, and olfaction. These functions are based on transport phenomena that …

Nasal physiology is dependent on the physical structure of the nose. Individual aspects of
the nasal cavity such as the geometry and flow rate collectively affect nasal function such as …

An anatomically accurate, x20 enlarged scale model of a healthy right human adult nasal
cavity was constructed from computerized axial tomography scans for the study of nasal …

The human nasal cavity filters and conditions inspired air while providing olfactory function.
Detailed experimental study of nasal airflow patterns has been limited because of the …