CFD & AMP Center
Department of Mechanical & Aerospace Engineering
West Virginia University
This Pseudo-two-dimensional lumped transient model is based on integral continuity and momentum equations. A two-dimensional velocity field is reconstructed after calculating the average velocity along the axial direction as a function of time. This pseudo-two-dimensional approach makes the solver very efficient and fast, with the capability of handling arbitrary shapes, moving boundaries and transient flow.
Larynx is a special section of upper respiratory tract with a role of creating phonation and protective barrier before the lower respiratory tract. It has a unique dynamic feature of three dimensional flexibility and continuous active movements that effect air flow dynamics in the lower respiratory tract. Occupational exposures play a role in the etiology of laryngeal disorders, especially cancer. It is believed that the tissue interaction with particles suspended in air increase the risk of cancer. Therefore, the deposition behavior of solid particulate matter inside the larynx of a human gains a significant importance.
The main goal of this study is to simulate the aerosol generation and deposition in the larynx during breathing and coughing conditions for applications in the medical field.