One of the reasons behind failed engineering surfaces and mechanical components is particle erosion wear; thus, to mitigate its happening, biomimetic engineering is the current state-of-the-art being applied. Hence, this paper reviews the literature and the development trends on erosive wear resistance that employ biomimetic methods as well as analyze the bio-inspired surface, the bio-inspired structure, the bio-based materials, the associated challenges, and the future trends. Furthermore, the feasibility of the multi-biological and perspective on the coupling biomimetic method for anti-erosion wear are studied. It is concluded that the design of anti-erosion materials or structures by the bio-inspired methods is of great significance in the development of engineering applications.

中文翻译：

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仿生抗冲蚀磨损研究综述

工程表面和机械零件失效的原因之一是颗粒腐蚀磨损。因此，为减轻这种情况的发生，仿生工程技术是当前应用的最新技术。因此，本文回顾了采用仿生方法的耐腐蚀耐磨性的文献和发展趋势，并分析了仿生表面，仿生结构，生物基材料，相关挑战以及未来趋势。此外，研究了仿生耦合方法抗侵蚀磨损的多生物学可行性和前景。结论是，通过生物启发方法设计抗腐蚀材料或结构在工程应用开发中具有重要意义。