What is the definition of modern airflow dynamics? Airflow dynamics is a branch of fluid dynamics that studies the motion of air and other gases. It attempts to describe and predict the physical phenomena that occur when air and other gases interact with solid objects, such as aircraft, wind turbines, buildings, and other structures. Airflow dynamics is concerned with the forces, pressures, and other characteristics that govern the behavior of air as it flows around objects and the environment in which they are placed. The primary focus of modern airflow dynamics is on how the dynamics of airflow affect the performance and efficiency of aircraft, wind turbines, and other machines and structures. Additionally, it also focuses on how the dynamics of airflow affect the design of buildings and other structures. Modern airflow dynamics takes into account the effects of viscosity, turbulence, and air pressure in relation to the flow of air and its interaction with the environment. It is a powerful tool for the design and optimization of aircraft, wind turbines, and other structures