Authors: Yanbing Ni Qi Pan Wenxia Guo Yongchao Bai
Publish Date: 2013/12/13
Volume: 19, Issue: 6, Pages: 440-447
Abstract
Aiming at the assembly accuracy of a large aircraft transport jig the effect of component error and the error of workpiece surface on the workpiece position and orientation in the 321 fixturing scheme is studied with the object pose space description method The error mapping model between the connecting part of the front frame rack and its support base is modeled using the homogeneous transformation matrix HTM method The probabilistic error is simulated using the Monte Carlo method The measurement experiment was conducted by the laser tracker to verify the effectiveness of the approach and the approach has been successfully applied to the production of transport jig
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