Laser cladding posture optimization method for freeform surface remanufacturing and its improvement on forming quality of turbine blade remanufactured with Ti-6Al-4 V powder | Synapse
Laser cladding posture optimization method for freeform surface remanufacturing and its improvement on forming quality of turbine blade remanufactured with Ti-6Al-4 V powder
Improved forming quality was observed in turbine blades after implementing laser cladding posture optimization techniques, resulting in higher precision during remanufacturing.
A significant enhancement in surface finish was noted, leading to a reduced need for post-processing, which was previously required for titanium alloy components.
Assessment using advanced laser cladding techniques highlighted the benefits of posture optimization in achieving desirable geometric profiles without compromising material integrity.
This approach may enable more efficient production processes in the aerospace industry, underscoring the importance of optimized remanufacturing strategies.