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• W2033540671 abstract "The study of particle transport and deposition in the human lung is critical in health risk assessment of air pollutants and in pharmaceutical drug delivery. Several computational fluid dynamics (CFD) studies have investigated particle deposition in the lung for simplified airflow scenarios. A shortcoming with most CFD studies is uncertainty regarding flow boundary conditions, which directly impacts airflow and particle deposition. The influence of inlet and outlet conditions on airflow and particle deposition in lung common airways was assessed here. Common airways consisted of nine airways of the human lung ahead of lobes: the trachea, main, and lobar bronchi connected as a network of cylindrical tubes with dimensions based on morphometric measurements. Three different boundary conditions were used: (1) prescribed constant flow rate at the trachea entrance and atmospheric pressure at terminal branch exits, (2) atmospheric pressure at the trachea inlet and prescribed outlet flow rates corresponding to uniform lobar expansion, and (3) the same as case (2) with exit flow rates according to nonuniform lobar expansion. Unsteady airflow fields were numerically solved for a 2-s inhalation. Spherical particles of 1 nm to 10 μm diameter were injected at the trachea inlet, and particle deposition patterns during inhalation were evaluated. A Lagrangian particle tracking method was used that included particle inertia, gravity, and Brownian motion. Predicted flows showed similar trends but with a notable difference in magnitude. Lower particle deposition was found in case (1) for all particle sizes. The differences among these cases indicated the significance of realistic boundary conditions for accurate assessment of the flow field and particle deposition." @default.
• W2033540671 created "2016-06-24" @default.
• W2033540671 creator A5043765970 @default.
• W2033540671 creator A5082309716 @default.
• W2033540671 date "2008-01-01" @default.
• W2033540671 modified "2023-09-23" @default.
• W2033540671 title "Unsteady-State Airflow and Particle Deposition in a Three-Generation Human Lung Geometry" @default.
• W2033540671 cites W1826729729 @default.
• W2033540671 cites W1910557777 @default.
• W2033540671 cites W1964437677 @default.
• W2033540671 cites W1965653357 @default.
• W2033540671 cites W1970235360 @default.
• W2033540671 cites W1978465339 @default.
• W2033540671 cites W1978697933 @default.
• W2033540671 cites W1979313502 @default.
• W2033540671 cites W1979484114 @default.
• W2033540671 cites W1980266375 @default.
• W2033540671 cites W1983907259 @default.
• W2033540671 cites W1987302014 @default.
• W2033540671 cites W1991875196 @default.
• W2033540671 cites W1997574431 @default.
• W2033540671 cites W2000084533 @default.
• W2033540671 cites W2000113142 @default.
• W2033540671 cites W2003905661 @default.
• W2033540671 cites W2016223189 @default.
• W2033540671 cites W2018245720 @default.
• W2033540671 cites W2020090114 @default.
• W2033540671 cites W2020462662 @default.
• W2033540671 cites W2023034693 @default.
• W2033540671 cites W2024804376 @default.
• W2033540671 cites W2025335335 @default.
• W2033540671 cites W2025471734 @default.
• W2033540671 cites W2030077285 @default.
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• W2033540671 cites W2040426076 @default.
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• W2033540671 cites W2042976800 @default.
• W2033540671 cites W2054978971 @default.
• W2033540671 cites W2056766836 @default.
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• W2033540671 cites W2064383108 @default.
• W2033540671 cites W2071083775 @default.
• W2033540671 cites W2073730490 @default.
• W2033540671 cites W2074244433 @default.
• W2033540671 cites W2078247619 @default.
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• W2033540671 cites W2079774139 @default.
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• W2033540671 cites W2086353339 @default.
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• W2033540671 cites W2138042009 @default.
• W2033540671 cites W2142923607 @default.
• W2033540671 cites W2143590482 @default.
• W2033540671 cites W2146562833 @default.
• W2033540671 cites W2147026659 @default.
• W2033540671 cites W2148908618 @default.
• W2033540671 cites W2166604768 @default.
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• W2033540671 cites W2346420496 @default.
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• W2033540671 doi "https://doi.org/10.1080/08958370801939374" @default.
• W2033540671 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18444012" @default.
• W2033540671 hasPublicationYear "2008" @default.
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