Investigation on the application of near-net-shape coatings on complex surfaces using fine, carbide-based powders in the High Velocity Oxy-Fuel flame spraying process (A02)

A2项目结合了路径规划、机器人过程控制、在线诊断以及非原位涂层特性研究的结果。在这种情况下，分析了涂层过程中高热量输入的后果，并通过过程和组件冷却来调节。因此，A2项目开发了使大型复杂部件的近净形状涂层成为可能的策略。此外，近净形涂层过程的结果转移到其他喷涂系统和原料的审查。

Project A2 combines the results of the path planning, robotic process control, online diagnostics, as well as the investigations of ex-situ coating characteristics. In this context, consequences of the high heat input during the coating process are analyzed and regulated by means of a process- and component cooling. Thereby project A2 develops strategies to enable the near net-shape coating of large complex components. In addition, the transferability of the results of the near net-shape coating process to other spraying systems and feedstock materials is scrutinized.