Analyzing the Impact of Airflow Generated by Moving Vehicles on the Components of Wind Turbine Systems

This article explores the effects of turbulent airflow generated by vehicle movement on the structural elements of vertical-axis wind turbines. A mathematical model is presented to describe the interaction between airflow and turbine blades. Impulse load dynamics, vibration frequencies, and structural deformation are analyzed. Design recommendations are proposed to enhance vibrational stability and optimize energy conversion efficiency.