Mingyuan Pei, Aiyiti Wurikaixi, Shengquan Wang. Influence of the Laser-Cladding Scanning Path on Thin-Plate Distortions[J]. Laser & Optoelectronics Progress, 2020, 57(17): 171403
- Laser & Optoelectronics Progress
- Vol. 57, Issue 17, 171403 (2020)
Fig. 1. Scanning path. (a) Single-direction scanning; (b) reciprocating scanning; (c) spiral scanning
Fig. 2. Dynamic distortion measuring device. (a) Sensor array; (b) thin plate measuring point
Fig. 3. Dynamic distortion curves. (a) Single-direction scanning; (b) reciprocating scanning; (c) spiral scanning
Fig. 4. Distortion cycle. (a) Single-direction scanning; (b) reciprocating scanning; (c) spiral scanning
Fig. 5. Thin plate distortion diagram. (a) Single-direction scanning; (b) reciprocating scanning; (c) spiral scanning
Fig. 6. Overall distortion diagram. (a) Single-direction scanning; (b) reciprocating scanning; (c) spiral scanning
Fig. 7. Spiral scanning. (a) Alignment mode; (b) distortion of the back of thin plate
Fig. 8. Cladding morphology. (a) Single-direction scanning; (b) reciprocating scanning; (c) spiral scanning
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Table 1. Process parameters
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Table 2. Torsional angles of bending distortion
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Table 3. Maximum distortionmm
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