轴承
軸承
축승
BEARING
2014年
4期
10-13
,共4页
自润滑关节轴承%衬垫%接触应力%有限元分析
自潤滑關節軸承%襯墊%接觸應力%有限元分析
자윤활관절축승%츤점%접촉응력%유한원분석
self-lubricating spherical plain bearing%liner%contact pressure%FEM
根据GE30C自润滑关节轴承的实际结构、边界条件和工作载荷，建立了自润滑关节轴承的有限元模型，利用ANSYS workbench 13．0分析额定静载作用下自润滑关节轴承的应力和变形情况，得出衬垫的接触应力分布。通过改变衬垫的弹性模量，得出相应的接触应力和衬垫变形量，讨论衬垫材料的弹性模量对关节轴承性能的影响，为选择合适的自润滑衬垫材料提供参考。
根據GE30C自潤滑關節軸承的實際結構、邊界條件和工作載荷，建立瞭自潤滑關節軸承的有限元模型，利用ANSYS workbench 13．0分析額定靜載作用下自潤滑關節軸承的應力和變形情況，得齣襯墊的接觸應力分佈。通過改變襯墊的彈性模量，得齣相應的接觸應力和襯墊變形量，討論襯墊材料的彈性模量對關節軸承性能的影響，為選擇閤適的自潤滑襯墊材料提供參攷。
근거GE30C자윤활관절축승적실제결구、변계조건화공작재하，건립료자윤활관절축승적유한원모형，이용ANSYS workbench 13．0분석액정정재작용하자윤활관절축승적응력화변형정황，득출츤점적접촉응력분포。통과개변츤점적탄성모량，득출상응적접촉응력화츤점변형량，토론츤점재료적탄성모량대관절축승성능적영향，위선택합괄적자윤활츤점재료제공삼고。
According to the actual structure,boundary conditions and working load of self-lubricating spherical plain bearing GE30C,the finite element model for the bearings is built to analyze the stress and deformation of self-lubrica-ting spherical plain bearings by ANSYS workbench 1 3.0 software,and the contact pressure distribution of the liner is obtained under static load rating.In addition,the corresponding contact stress and the deformation amount of liner are obtained by changing elastic modulus of the liner,and the influence of elastic modulus of the liner material on perform-ances of spherical plain bearings is discussed,which provides a reference for the choice of suitable self-lubricating liner material.
