• Opto-Electronic Engineering
  • Vol. 49, Issue 1, 210314-1 (2022)
Xiaowei Zhu1, Zhehao Pan1, Wenfeng Yang2, Shaolong Li2, and Yu Cao1、*
Author Affiliations
  • 1International Science & Technology Cooperation Base for Laser Processing Robot, Wenzhou University, Wenzhou, Zhejiang 325035, China
  • 2Aviation Engineering Institute, Civil Aviation Flight University of China, Guanghan, Sichuan 618307, China
  • show less
    DOI: 10.12086/oee.2022.210314 Cite this Article
    Xiaowei Zhu, Zhehao Pan, Wenfeng Yang, Shaolong Li, Yu Cao. Study on multi-layered CFRP patch bonding joint based on laser 3D engraving technology[J]. Opto-Electronic Engineering, 2022, 49(1): 210314-1 Copy Citation Text show less
    Filling path diagram of yin and yang mould. (a) Yin mode filling path; (b) Yang mode filling path
    Fig. 1. Filling path diagram of yin and yang mould. (a) Yin mode filling path; (b) Yang mode filling path
    Example of algorithm validation. (a) Schematic diagram of damage contour construction; (b) Yin mold processing point constructed byalgorithm; (c) Yang mold processing point constructed by algorithm
    Fig. 2. Example of algorithm validation. (a) Schematic diagram of damage contour construction; (b) Yin mold processing point constructed byalgorithm; (c) Yang mold processing point constructed by algorithm
    Schematic diagram of section principle
    Fig. 3. Schematic diagram of section principle
    Picture of the laser process equipment
    Fig. 4. Picture of the laser process equipment
    Physical picture of the processed sample
    Fig. 5. Physical picture of the processed sample
    Characterization of the multi-ladder joint
    Fig. 6. Characterization of the multi-ladder joint
    Test results of adhesive joint strength
    Fig. 7. Test results of adhesive joint strength
    Failure surface topography. (a) Mechanical processing; (b) Laser treatment
    Fig. 8. Failure surface topography. (a) Mechanical processing; (b) Laser treatment
    Sample surface morphology after processing. (a) , (c) Sample surface morphology with milling treatment at different magnification; (b), (d) Sample surface morphology with laser treatment at different magnification
    Fig. 9. Sample surface morphology after processing. (a) , (c) Sample surface morphology with milling treatment at different magnification; (b), (d) Sample surface morphology with laser treatment at different magnification
    字符功能解释
    LDS激光器开关指令:后接数字00或01 LDS 01:激光器状态为开;LDS 00:激光器状态为关
    LDPR激光器功率指令:后接0~100% LDPR 80:激光器当前功率为80%
    LDPW激光器脉冲宽度 LDPW 20:激光器脉冲宽度为20 μs
    LDF激光器重复频率 LDF 200:激光器重复频率为200 kHz
    LDOD激光器开光延时 LDOD 35:激光器开光延时为35 ms
    LDFD激光器关闭延时 LDFD 30:激光器关闭延时为30 ms
    G0控制振镜扫描指令:后接数字0或1 G00 X10.00Y15.00 F1000 振镜从当前点跳转到点(10,15),跳转速度为1000 mm/s G01 X10.00Y15.00 F1000 振镜从当前点标刻到点(10,15),标刻速度为1000 mm/s
    ALIGN驱动机器人手臂执行激光加工头与待维修部位区域对齐
    FOCUS驱动机器人手臂执行激光加工头与待维修部位区域对焦
    Table 1. Customized laser processing code and its description
    Xiaowei Zhu, Zhehao Pan, Wenfeng Yang, Shaolong Li, Yu Cao. Study on multi-layered CFRP patch bonding joint based on laser 3D engraving technology[J]. Opto-Electronic Engineering, 2022, 49(1): 210314-1
    Download Citation