International audienceIn this paper, we present a framework that couples three-dimensional (3D) to one-dimensional (1D) transport models to predict particle deposition in the respiratory airways throughout respiration. During respiration, the time dependent flow rate and particle concentration can be passed between the domains (inspiration: 3D to 1D, expiration: 1D to 3D). This framework enables us to predict particle transport and deposition in the whole lung and throughout both inspiration and expiration
Lung diseases face a serious threat to human health around the world. Inhaled particles are often th...
Lower spatial-dimension models of lung physiology are helpful for understanding important phenomena,...
We have studied gas flow and particle deposition in a realistic three-dimensional model of the bronc...
International audienceLittle is known about transport throughout the respiration cycle in the conduc...
International audienceAerosolized particles are commonly used for therapeutic drug delivery as they ...
AbstractAirflow simulation of the whole respiratory system is still unfeasible due to the geometrica...
International audienceIn silico models of airflow and particle deposition in the lungs are increasin...
International audienceImage-based in-silico modeling tools provide detailed velocity and particle de...
© 2019, The Author(s). In clinical assessments, the correlation between atmospheric air pollution an...
A numerical model of the aerosol transport and deposition in human airways is presented. The model w...
A one-dimensional model of respiratory deposition is developed based on an Eulerian approach. The mo...
International audienceThere has been relatively little attention given on predicting particle deposi...
One-dimensional transport models (trumpet model and multi-branch-point model) derived from those dev...
© 2017 Elsevier Ltd The major problem in understanding the therapeutically targeted drug delivery sy...
We model, simulate and calculate breathing and particle depositions in the human lungs. We review th...
Lung diseases face a serious threat to human health around the world. Inhaled particles are often th...
Lower spatial-dimension models of lung physiology are helpful for understanding important phenomena,...
We have studied gas flow and particle deposition in a realistic three-dimensional model of the bronc...
International audienceLittle is known about transport throughout the respiration cycle in the conduc...
International audienceAerosolized particles are commonly used for therapeutic drug delivery as they ...
AbstractAirflow simulation of the whole respiratory system is still unfeasible due to the geometrica...
International audienceIn silico models of airflow and particle deposition in the lungs are increasin...
International audienceImage-based in-silico modeling tools provide detailed velocity and particle de...
© 2019, The Author(s). In clinical assessments, the correlation between atmospheric air pollution an...
A numerical model of the aerosol transport and deposition in human airways is presented. The model w...
A one-dimensional model of respiratory deposition is developed based on an Eulerian approach. The mo...
International audienceThere has been relatively little attention given on predicting particle deposi...
One-dimensional transport models (trumpet model and multi-branch-point model) derived from those dev...
© 2017 Elsevier Ltd The major problem in understanding the therapeutically targeted drug delivery sy...
We model, simulate and calculate breathing and particle depositions in the human lungs. We review th...
Lung diseases face a serious threat to human health around the world. Inhaled particles are often th...
Lower spatial-dimension models of lung physiology are helpful for understanding important phenomena,...
We have studied gas flow and particle deposition in a realistic three-dimensional model of the bronc...