MS128A From the Nose to the Lung: Fluid Dynamics of the Upper Airways I
MS Corresponding Organizer: Prof. Lars Krenkel (Technical University of Applied Sciences (OTH) Regensburg)Scheduled presentations:
-
Effect of Surface Waves and Mucus Viscoelasticity in the Modelling of Shear-Induced Aerosol Generation in the Human Respiratory System
J. Michel*, F. Erzinger, L. Krenkel -
Particle-wall interaction computational model for nasal drug delivery considering mucus layer
S. Ceccacci*, H. Calmet, C. Rigaut, B. Haut, G. Houzeaux, B. Eguzkitza -
CFD-DEM Simulations of Pharmaceutical Aerosol Deposition in Intra-Thoracic Airways: Limitations and Future Perspectives
G. Spasov*, R. Rossi, A. Vanossi, C. Cottini, A. Benassi -
Simulation and Analyis of the Unsteady Flow within Nasal Airways
M. Rütten*, L. Krenkel, M. Quadrio
