Focusing on the critical issue of aircraft icing, this volume delves into the complex fluid mechanics that underpin ice detection and protection systems essential for flight safety. It provides a historical overview of advancements in the field and discusses the governing boundary conditions and physical properties of water and ice. The book explores the solidification processes of supercooled droplets and analyzes ice accretion through experimental and computational methods, utilizing the Braunschweig Icing Wind Tunnel and the icing code TAUICE to enhance understanding of glaze ice formation.
