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Date of Publication:2016-01-01

Journal:起重运输机械

Issue:11

Page Number:1-5,6

ISSN No.:1001-0785

Abstract:Stress analysis is performed on the lifting mechanism of the lightweight bridge crane using the kinetic theory to calculate the bearing reaction of tri-point support of the lifting mechanism and apply it in the loading process of the trolley model,which can shorten the model solution time. The load borne by the low-speed shaft end of the reducer shall be calcu-lated and compared with the simulated result to verify whether the simulation results are correct,develop the trolley rigid-flexible coupling dynamic simulation model,study the dynamic characteristics of the system during the hoisting process, and analyze the load-bearing condition. The paper also puts forward important design links and weak points of the light-weight hoisting mechanism. The study on the mechanical design basis of the lifting mechanism is significant for mastering the design method of the lifting mechanism of the lightweight bridge crane.

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