Abstract
This paper presents an approach for the analysis of load distribution of plastic helical gear meshing with steel worm. Based on the deformation compatibility assumption in the gear mesh process, the load on the contact point of each gear is calculated. By calculating the applied load on each gear tooth in a meshing cycle, the load distribution on the gear tooth is obtained. As compared with the finite element method, the presented method result correlates well with the simulation result with the ANSYS Workbench. The method presented in this paper realizes the fast calculation of meshing force between plastic helical gear and steel worm, which can provide some references for gear design and gear loading capacity improved in engineering.
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