<p>The presence of an airway obstruction disturbs the exhaled airflow field which will further distort the trajectories of entrained particles and gives rise to different exhaled aerosol profiles. The characteristics of flow distortions depend on the location and size of the airway obstructions.</p
Inhalation of pharmaceutical aerosols is a convenient way to treat lung or even systemic diseases. F...
Velocity profiles, local deposition efficiencies (DE) and deposition patterns of aerosol particles i...
Particle deposition in the respiratory tract is studied in order to better understand the negative h...
The airway constriction disturbs the expiratory airflow. As a result, different exhaled aerosol prof...
<p>Each column represents a comparison among the four asthmatic models for a given test condition. E...
Comparison of exhaled aerosol patterns among normal (A0) and diseased (A1-A4) models for different f...
Two computational computational models of the airway tree up to six generations deep were reconstruc...
<p>(a) Streamlines, (b) cross-sectional velocity contours, and (c) horizontal velocity profiles.</p
The efficiency of drug delivery administered by inhalation depends, among other factors, such as siz...
Although normal lungs may be represented satisfactorily by symmetrical architecture, pathological co...
The computational model was created for Computational Fluid Dynamics (CFD) analysis which provides d...
Two computational models of the airway tree six generations deep were reconstructed from computed to...
(a) One normal (A0) and four diseased bronchioles (A1-4) with increasing levels of constriction due ...
none4A non linear dynamic morphometric model of the human lung, based on Weibel’s symmetrical model,...
Velocity profiles, local deposition efficiencies (DE), and deposition patterns of aerosol particles ...
Inhalation of pharmaceutical aerosols is a convenient way to treat lung or even systemic diseases. F...
Velocity profiles, local deposition efficiencies (DE) and deposition patterns of aerosol particles i...
Particle deposition in the respiratory tract is studied in order to better understand the negative h...
The airway constriction disturbs the expiratory airflow. As a result, different exhaled aerosol prof...
<p>Each column represents a comparison among the four asthmatic models for a given test condition. E...
Comparison of exhaled aerosol patterns among normal (A0) and diseased (A1-A4) models for different f...
Two computational computational models of the airway tree up to six generations deep were reconstruc...
<p>(a) Streamlines, (b) cross-sectional velocity contours, and (c) horizontal velocity profiles.</p
The efficiency of drug delivery administered by inhalation depends, among other factors, such as siz...
Although normal lungs may be represented satisfactorily by symmetrical architecture, pathological co...
The computational model was created for Computational Fluid Dynamics (CFD) analysis which provides d...
Two computational models of the airway tree six generations deep were reconstructed from computed to...
(a) One normal (A0) and four diseased bronchioles (A1-4) with increasing levels of constriction due ...
none4A non linear dynamic morphometric model of the human lung, based on Weibel’s symmetrical model,...
Velocity profiles, local deposition efficiencies (DE), and deposition patterns of aerosol particles ...
Inhalation of pharmaceutical aerosols is a convenient way to treat lung or even systemic diseases. F...
Velocity profiles, local deposition efficiencies (DE) and deposition patterns of aerosol particles i...
Particle deposition in the respiratory tract is studied in order to better understand the negative h...