Structure Analysis of the Airborne Optoelectronic Stabilized Pod Systems for Power Line Inspection

He Liu, Jianping Lie, Jinkai Xu, Zhichao Wang, Wei Li
2015 Proceedings of the 2015 6th International Conference on Manufacturing Science and Engineering   unpublished
Abstract:The airborne pod system can reduce the difficulty of power line inspection and enhance the degree of automation for inspection tasks. At the same time it also has a higher requirement of the structure performance of the airborne pod system. Therefore the finite element statics analysis and modal analysis for the structure of the airborne pod system was carried by using ANSYS WORKBENCH software. From the analysis result, the maximum stress of the airborne pod system structure is
more » ... tructure is 16.561MPa,the maximum deformation is 0.14705 mm and the first three order natural frequencies are 19.258 Hz, 21.187 Hz and 63.44 Hz. And the weak links relatively of the structure were found out. Analysis results show that the structure of the airborne pod system has a good performance and can meet the requirement of airborne conditions.
doi:10.2991/icmse-15.2015.289 fatcat:wrc4tki5ufesbhhr4p7e5q3r5y