Design of Flexible Superhydrophobic Structures on Interfacial Surfaces

This book explores the science and design of flexible superhydrophobic materials, inspired by natural systems such as lotus leaves and insect wings. It examines how micro/nanostructures and low-surface-energy chemistry create exceptional water-repellent properties, while highlighting the limitations of rigid surfaces under real-world mechanical and environmental stresses. Emphasizing recent advances, the work presents flexible interfaces as a solution for enhanced durability, stability, and multifunctionality, including anti-icing and self-cleaning. By integrating biomimetic principles with engineering strategies, the book provides a comprehensive framework for developing robust, high-performance materials suited for complex and dynamic applications.