Multi-Airfoil Design: Spectral Approach tackles the challenge of accurately predicting airflow
behavior around wings operating at low Reynolds numbers (Re). These regimes are crucial for
understanding the performance of drones micro air vehicles (MAVs) and wind turbine blades.
This book delves into the Spectral Element Method (SEM) a powerful computational tool for
simulating complex flow phenomena. By leveraging SEM's high accuracy and flexibility the book
explores the intricate flow patterns around low-Re wings including boundary layer behavior
stall characteristics and wake formation. This knowledge is critical for engineers designing
efficient and stable Multi-Airfoil.
