CAJ | 학술논문

为了提高齿轮设计的准确性，结合UG软件参数化建模功能，建立齿轮传动三维实体模型。利用ADAMS软件对齿轮传动系统进行了动力学分析，在高速传动中施加实际传动载荷，得到了齿轮传动系统的振动频率范围和高频率点。通过 ANSYS Workbench软件对齿轮传动系统和单一齿轮模型进行模态分析，得到齿轮传动系统和齿轮模型的固有频率和振型，通过与动力学分析得到的频率进行对比，验证了齿轮传动系统的设计准确性，从而为今后齿轮的传动分析提供了数据支持，并为传动过程中的故障分析提供了参考。
위료제고치륜설계적준학성，결합UG연건삼수화건모공능，건립치륜전동삼유실체모형。이용ADAMS연건대치륜전동계통진행료동역학분석，재고속전동중시가실제전동재하，득도료치륜전동계통적진동빈솔범위화고빈솔점。통과 ANSYS Workbench연건대치륜전동계통화단일치륜모형진행모태분석，득도치륜전동계통화치륜모형적고유빈솔화진형，통과여동역학분석득도적빈솔진행대비，험증료치륜전동계통적설계준학성，종이위금후치륜적전동분석제공료수거지지，병위전동과정중적고장분석제공료삼고。
To improve the accuracy of the gear design,build three-dimensional solid model of the transmission gear in the parametric modeling module of UG software.Dynamic analysis of gear transmission system by using ADAMS software and actual load applied in high-speed gear transmission were finished,based on the above conditions,the vibration frequency range and high frequency point can be obtained.ANSYS Workbench was used to analyze the modal of gear transmission sys-tem and a single gear and get both the natural frequencies and mode shapes,through comparing the frequency gained by dy-namics analysis,verified the design accuracy of gear transmission system and provided data support for the gear transmission after analysis and a reference for failure analysis in the transmission process.