CAJ | 학술논문

RV减速器中摆线轮与针轮发生齿面疲劳点蚀和胶合是主要失效形式，有必要进行摆线针轮副接触分析。摆线针轮属于全齿接触，接触齿数多，针齿受载变形影响整个受载分布，且修形摆线啮合副的接触问题更是一个难以直接用赫兹公式精确求解的小变形几何非线性问题，有限元法却非常适合于这类问题的研究，但大多只涉及到强度分析，对在安装误差下的运动精度分析较少。本文运用有限元软件Abaqus对摆线针轮在安装误差、不同修形齿廓下进行接触分析，得出一般规律。
RV감속기중파선륜여침륜발생치면피로점식화효합시주요실효형식，유필요진행파선침륜부접촉분석。파선침륜속우전치접촉，접촉치수다，침치수재변형영향정개수재분포，차수형파선교합부적접촉문제경시일개난이직접용혁자공식정학구해적소변형궤하비선성문제，유한원법각비상괄합우저류문제적연구，단대다지섭급도강도분석，대재안장오차하적운동정도분석교소。본문운용유한원연건Abaqus대파선침륜재안장오차、불동수형치곽하진행접촉분석，득출일반규률。
The RV reducer of cycloid gear and pin gear tooth surface fatigue pitting and agglutina-tion is main failure form, there is a need for cycloidal pair of contact analysis. Cycloidal pinwheel belongs to the whole tooth contact, the contact number of teeth, needle teeth under load deformation affects the whole loading distribution, and modification of cycloidal meshing pair contact problem is a difficult to di-rectly use the Hertz formula calculated precisely the small deformation of the geometric nonlinear prob-lem, the finite element method is very suitable for the research of this kind of problem, but mostly only involve the strength analysis, the motion accuracy analysis are less under installation error. In this paper, using the finite element software Abaqus to tooth profile contact analysis under cycloidal pinwheel in in-stallation error and different modification, draw a general rule.