Chinese Journal of Lasers, Volume. 44, Issue 10, 1002004(2017)
Simulation of Laser Bending of Cross-Stiffened Integral Panel
Fig. 4. Comparison of temperature field. (a) Temperature distribution of bottom surface for panel; (b) temperature distribution of scanning line on bottom surface for panel
Fig. 5. Comparison of displacement field. (a) Contour of z-displacement; (b) z-displacement distribution of scanning line and free end and the bending angle along scanning line
Fig. 6. Results of displacement field. (a) Deformation of CSIP (deformation magnification 100×); (b) z-displacement distribution of scanning line and free end
Fig. 7. Temperature distribution and variation. (a) Maximum temperature distribution of top and bottom surfaces along scanning line; (b) temperature versus time at five typical positions
Fig. 8. Distribution of transverse plastic strain. (a) Contour of transverse strain; (b) transverse strain distribution of top and bottom surfaces on scanning line
Fig. 10. Transverse bending deformation of different positions (deformation magnification 30×)
Fig. 11. Distribution of longitudinal plastic strain. (a) Contour of longitudinal strain; (b) longitudinal strain distribution of top and bottom surfaces on scanning line
Fig. 12. Longitudinal bending deformation of CSIP (deformation magnification 30×)
Fig. 15. Undesirable deformation of constant power scanning and varying power scanning
Get Citation
Copy Citation Text
Chen Yali, Yang Lijun, Fu Shouchong, Wang Yang. Simulation of Laser Bending of Cross-Stiffened Integral Panel[J]. Chinese Journal of Lasers, 2017, 44(10): 1002004
Category: laser manufacturing
Received: May. 22, 2017
Accepted: --
Published Online: Oct. 18, 2017
The Author Email: Yali Chen (chenyl@hit.edu.cn)