Study on the Robust Reliability of Planetary Drive of Super Heavy-Duty Scraper Conveyor in a Coal Mine
Based on the nonlinear dynamics theory,an optimal design of planetary drive of super-heavy scraper conveyor for robust reliability is introduced.In the specific design,a thermoelastic coupling model is constructed according to the basic structure of the planetary drive of super-heavy-duty scraper conveyor,and the finite element simulation analysis of the planetary drive is carried out from the perspectives of temperature field analysis and thermoelastic coupling analysis,and the optimal design of the planetary drive in terms of robustness and reliability is proposed according to the results of the analysis.In order to check the application feasibility of the optimised design,the optimised design is applied in engineering practice to confirm that the optimised design can meet the requirements of specific engineering applications.
super heavy-dutyscraper conveyorplanetary driverobust reliability
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