… that the human upper airway was well studied through the application of computational fluid
… Lastly, the application of CFD method in the analysis of the human upper airway, which has …

… the upper airways and airway collapsibility in obstructive sleep apnea. Using a computational
approach, we performed simulations of the flow and structure of the upper airways in two …

… This work focuses on the respiratory flow in the human upper airway from nose to trachea.
The first part of the upper airway is the nasal cavity, which is a very complex anatomical …

… analyses of the upper airway usually focused on the airway … abnormal airway structures,
especially the upper airway of … Computational fluid dynamics modeling of the upper airway of …

… The lowest surface pressure occurred at the glottis opening (the narrowest section of the
upper airway indicated by the red arrow), located at the larynx region. For adults, this is the …

… used for the sampling of idealized upper airway model parameters. Based on Table 2, the
… Structural analysis results of the idealized upper airways with the lowest and highest airway …

… from outlet 3 and outlet 7 of the oral-upper airway model during inhalation. Thus, the inlet …
upper airway model. Because the diameters of the bronchiolar airways of the oral upper airway …

This study provides a quantitative analysis to investigate the effects of cough intensity and
initial mucus thickness on the mucus transport and clearance in a mouth-to-trachea airway …

… In this study, the feasibility of using computational analysis to analyze airflow characteristics
has been investigated. Based on the results of this investigation, the following conclusions …

… Mild to moderate variations in mass flow rate at outlets of the upper airway model have only
a … 1, the present combined upper airway model consists of three parts: the oral airways (…