Author Description

CFPD Modelling of Airflow and Particle Behaviour in Human Realistic Airways analyzes the effects of different breathing conditions on particle deposition fraction and airflow behavior, allowing readers to gain a deeper understanding of air-particle dynamics behavior in the human respiratory system, which covers the oral cavity, tracheobronchial airway, bronchus, and more. The fundamentals of CFD modeling are also explored, allowing the readers to apply both fundamental concepts and data presented in other CFD models as well as in finding the best breathing/particle deposition modes for maximum drug transport to desired respiratory system regions. Helps readers gain a deeper understanding on the interrelated effect of breathing patterns, particles transport and deposition within the human respiratory system Features comprehensive descriptions on fundamental CFD methods, which is widely applicable for other CFD problems Provides an essential resource for practicing clinicians in enhancing the effectiveness for drug delivery and for engineers in optimizing their designs for spray devices and nebulizers