Our review "Strategies for Achieving Real-World Robustness in Topologically Engineered Surfaces with Special Wettability" has been accepted by Droplet

We are excited to announce that our review, titled “Strategies for Achieving Real-World Robustness in Topologically Engineered Surfaces with Special Wettability,” has been accepted by Droplet. Superwetting surfaces with engineered topologies are gaining attention for their ability to customize wetting behaviors and integrate various functionalities, which are crucial for applications in droplet manipulation, microfluidic systems, and energy harvesting. However, existing strategies for randomly structured surfaces often fall short for these specifically engineered surfaces, highlighting the need for a comprehensive review focusing on their durability and robustness.

Our review exclusively addresses the unique challenges faced by engineered topological superwetting surfaces and the development of tailored robustness strategies. We begin by outlining advances in structural design principles essential for achieving customized wettability. The review delves into issues related to robustness and durability, examining the mechanical and chemical principles that contribute to these challenges, including thermal shock, aging, and corrosion.

Past reviews have explored robust design strategies, but real-world applications often face multiple challenges simultaneously. Our review addresses these by presenting case studies from outdoor, underwater, and specialized settings, demonstrating effective solutions. By focusing on structural design and optimizing material selection, we provide practical guidance for enhancing superwetting technologies. This review will offer valuable insights and inspire further research in the field.