Abstract Background Computational Fluid-Particle Dynamics (CFPD) models have been
employed to predict lung aerosol dynamics for decades, estimating the delivery efficiency of …

An efficient Lagrangian particle tracking module is developed for unstructured grids to
analyze the deposition patterns in a CT based realistic extrathoracic airway model …

Little is known about transport throughout the respiration cycle in the conducting airways. It
is challenging to appropriately describe the time‐dependent number of particles entering …

The inspiratory flow rate of a human is changed with the amount of the workload. The flow
characteristic is affected by the inspiratory flow rate. In the flow field of airway, the both of …

Considering realistic tracheobronchial airways, transient airflow structures and micro-
particle deposition patterns were simulated with an in-house finite-volume code for typical …

In this study, a hybrid drift flux velocity correction (DF-VC) model that accounts for both
submicrometer particle diffusion and inertia was extended to transient conditions and was …

The demand for a more efficient and targeted method for intranasal drug delivery has led to
sophisticated device design, delivery methods, and aerosol properties. Due to the complex …

The impact of drug delivery and particulate matter exposure on the human respiratory tract is
influenced by various anatomical and physiological factors, particularly the structure of the …

Abstract Background and Objective The movement of the respiratory walls has a significant
impact on airflow through the respiratory tract. The majority of computational fluid dynamics …

In this study, a realistic respiratory airway model extending from oral to the end of the
trachea including all the key details of the passage was produced. A series of CT scan …