College of Mechanical Engineering, Guangxi University
Abstract
The broken bearings and great noise and vibration often occurs with the small sugarcane harvester transfer case when it starts up working. To analyze the startup status of the transfer case conveniently and quickly, the finite element transient structure analysis is carried out. with virtual prototype technology to simulate the transfer case's startup dynamic process and measure the instantaneous load values. Stress distribution and load variation analysis results show that during startup, the stress concentration of node load increases rapidly with gear speed rising transiently. The maximum value that lying on the underside of the bearing base goes beyond the allowable range before dropping sharply to approach the steady state with stress within the allowable range. Therefore, at startup the impact load of the transfer case increases far greater than in the steady state which deteriorate the structure stress condition seriously. The strength of the transfer case is then enriched by structural improvement accordingly to reduce maximum stress 36.8%, the maximum deviation 18.5% and the vibration up to30%, improving the bearings working reliability notably.
lai, X. (2016). The Finite Element Transient Structure Analysis of the Startup of the Sugarcane Harvester Transfer Case. International Journal of Engineering, 29(7), 968-974.
MLA
xiao lai. "The Finite Element Transient Structure Analysis of the Startup of the Sugarcane Harvester Transfer Case". International Journal of Engineering, 29, 7, 2016, 968-974.
HARVARD
lai, X. (2016). 'The Finite Element Transient Structure Analysis of the Startup of the Sugarcane Harvester Transfer Case', International Journal of Engineering, 29(7), pp. 968-974.
VANCOUVER
lai, X. The Finite Element Transient Structure Analysis of the Startup of the Sugarcane Harvester Transfer Case. International Journal of Engineering, 2016; 29(7): 968-974.
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