Background The nose is a dynamic organ and is the first point of contact between inhaled air
and mucosal surfaces. Within the nasal cavity, there are changes of air flow and pressure …

Background Computational fluid dynamic (CFD) simulations have greatly improved the
understanding of nasal physiology. We postulate that simulating the entire and repeated …

As the Metaverse gains popularity due to its use in various industries, so does the desire to
take advantage of all its potential. While visual and audio technologies already provide …

There is a considerable interest in understanding transient human upper airway
aerodynamics, especially in view of assessing the effects of various ventilation therapies …

The article is devoted to the main aspects of the development of a mathematical model of the
human respiratory system taking into account the effects of environmental factors. The …

Within the framework of a multilevel mathematical model to describe the evolution of
functional disorders of the human organism under the influence of environment factors, a …

Статья посвящена основным аспектам разработки математической модели
дыхательной системы человека, учитывающей воздействия факторов среды обитания …

The paper deals with numerical simulation of the air flow in the full human bronchial tree. In
their previous studies, the authors developed an analytical model of the full human bronchial …

В рамках многоуровневой математической модели для описания эволюции
функциональных нарушений всего человеческого организма, находящегося под …

This paper presents the results of numerical simulation of airflow with suspended particles
through a human nasal cavity. The stationary and nonstationary problem statements were …