CAJ | 학술논문

弧面分度凸轮机构，可在高速下承受较大的载荷，在高速、高精度的分度转位机械中应用日益增多。由于动力性能的好坏直接影响传动与分度的精度、机构的磨损以及使用寿命，所以文章应用有限元分析软件 AN‐SYS ，建立弧面分度凸轮机构有限元模型，并进行数值仿真以确定弧面分度凸轮机构在工作过程中的动力学响应。对弧面分度凸轮ANSYS进行瞬态动力学分析，得出应力在系统时间历程下的响应，比模态分析，谐响应分析，综合考虑到了机构的结构和惯性力等因素，更接近于系统的真实情况。
호면분도철륜궤구，가재고속하승수교대적재하，재고속、고정도적분도전위궤계중응용일익증다。유우동력성능적호배직접영향전동여분도적정도、궤구적마손이급사용수명，소이문장응용유한원분석연건 AN‐SYS ，건립호면분도철륜궤구유한원모형，병진행수치방진이학정호면분도철륜궤구재공작과정중적동역학향응。대호면분도철륜ANSYS진행순태동역학분석，득출응력재계통시간역정하적향응，비모태분석，해향응분석，종합고필도료궤구적결구화관성력등인소，경접근우계통적진실정황。
Globoidal indexing cam mechanism can bear larger load at high speed ,In high speed and high precision indexing ,the application of the indexing is increasing .The dynamic performance of the transmission and indexing directly affect the accuracy of the mechanism of wear and service life ,In this paper ,using finite element analysis software ANSYS ,a finite element model of globoidal indexing cam mechanism ,And the numerical simulation was carried out to determine the response of globoidal inde‐xing cam mechanism dynamics in the process of work . The transient dynamics analysis of stress re‐sponse in the time history of the system of globoidal indexing cam ANSYS ,Harmonic response analysis is compared with modal analysis ,The structure and inertia force of the mechanism are considered ,More close to the real situation of the system ,The design and verification is more instructive.