Abstract
Gear is the key part of cement rotary kiln, and lifting the process of deformation delivers a direct impact upon gear ring manufacturing precision. This paper takes the 10630. 249mm gear ring of rotary kiln as an example, expounds the system of lifting method for gear ring and selecting the optimization lifting point. After gear ring model is established using PRO/E, and simulation and calculation the deformation of gear ring on lifting, so as to determine the optimal solution and the best lifting points. The result not only reduce the deformation to ensure accuracy of the gear ring manufacturing, but also provide a reference work for gear ring lifting in engineering practice.
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