The Study of Flow in Respiratory System with Fluid Structure Interaction Approach, M.Sc. Thesis Sharif University of Technology ; Saeeidi, Mohammad Saeeid (Supervisor)
Abstract
In respiratory system of live bodies, different mechanical phenomena such as air suction, diffusion and deposition of particles and transport of species between air and blood take place. Furthermore, the geometry of lung is a complex and multi scale geometry. In order to reduce these complexities, the acinus behavior is transformed to numerical functions which can be used as boundary conditions for simulating upper generations of the lung. Hence, in current study, the air flow suction of the lung is described as a function of the mechanical properties of the lung tissue. This task is fulfilled by modeling the flow for different Elastic moduli and taking fluid structure interaction into...
Cataloging briefThe Study of Flow in Respiratory System with Fluid Structure Interaction Approach, M.Sc. Thesis Sharif University of Technology ; Saeeidi, Mohammad Saeeid (Supervisor)
Abstract
In respiratory system of live bodies, different mechanical phenomena such as air suction, diffusion and deposition of particles and transport of species between air and blood take place. Furthermore, the geometry of lung is a complex and multi scale geometry. In order to reduce these complexities, the acinus behavior is transformed to numerical functions which can be used as boundary conditions for simulating upper generations of the lung. Hence, in current study, the air flow suction of the lung is described as a function of the mechanical properties of the lung tissue. This task is fulfilled by modeling the flow for different Elastic moduli and taking fluid structure interaction into...
Find in contentBookmark |
|