Finite Element Analysis of Mining Hydraulic Support Cover Beam Based on Different Working Conditions
Taking the ZY3800 hydraulic support commonly used in coal mines as the research object,the three-dimensional geometry model of the hydraulic support was established by using SolidWorks and ANSYS software,and the finite element analysis of strength and stiffness under different working conditions was carried out on the structure of the support cover beam by using ANSYS software,and the results showed that the cover beam showed obvious stress concentration phenomenon under the torsion condition,and the maximum stress value reached 569.28 MPa,which exceeded the yield value of the material.The maximum stress value reached 569.28 MPa,which exceeded the yield limit of the material.By thickening the thickness of the front cover plate and fascia plate,the stress concentration of the cover beam was optimized,so that the maximum stress value of the cover beam under the torsional condition was reduced by 44.48％,and the maximum deformation was reduced by 11.32％.This structural optimization reduces the maximum stress of the cover beam structure under torsion condition to below the yield strength of the material,which provides a solid theoretical basis for guaranteeing the safe production work of the enterprise.
cover beamhydraulic supportfinite element analysisstructural optimization
NETL
NSTL
万方数据
