In this study, a path strategy for robot-based HVOF spraying is developed via deposition simulations. The simulations include the analysis of the spray plume footprint and the consideration of robot dynamics in the path planning strategy. A fine WC-Co powder was used as the feedstock material.

deposition simulation, high-velocity oxyfuel spraying, path planning, path smoothing, robot motion simulation, tungsten carbide-cobalt powder
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2014
DVS Media GmbH
Topics
High-velocity oxyfuel spray coating Process modeling and simulation WC-Co cemented carbides
Issue Section:
Poster Session: High Velocity Oxy- and Air-Fuel Spraying Processes
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