现代制造技术与装备
現代製造技術與裝備
현대제조기술여장비
MODERN MANUFACTURING TECHNOLOGY AND EQUIPMENT
2015年
2期
16-17
,共2页
乳化液泵齿轮%UG%ANSYS%WORKBENCH%应力%应变%模态分析
乳化液泵齒輪%UG%ANSYS%WORKBENCH%應力%應變%模態分析
유화액빙치륜%UG%ANSYS%WORKBENCH%응력%응변%모태분석
emulsion pump wheel gear%UG%ANSYS WORK-BENCH%stress%strain%modal analysis
以BRK500/37.5型高压乳化液泵齿轮为研究对象，在三维建模软件 UG 中建立乳化液泵齿轮的三维模型，并进行装配。然后将三维模型导入到 ANSYS WORKBENCH 中，对齿轮进行结构强度分析，得出齿轮在作业时的应力和应变值。同时考虑动态特性对齿轮的影响，对齿轮进行模态分析，计算出齿轮的固有频率和振型，找到齿轮的薄弱部位，为乳化液泵齿轮的设计和研究提供理论依据。
以BRK500/37.5型高壓乳化液泵齒輪為研究對象，在三維建模軟件 UG 中建立乳化液泵齒輪的三維模型，併進行裝配。然後將三維模型導入到 ANSYS WORKBENCH 中，對齒輪進行結構彊度分析，得齣齒輪在作業時的應力和應變值。同時攷慮動態特性對齒輪的影響，對齒輪進行模態分析，計算齣齒輪的固有頻率和振型，找到齒輪的薄弱部位，為乳化液泵齒輪的設計和研究提供理論依據。
이BRK500/37.5형고압유화액빙치륜위연구대상，재삼유건모연건 UG 중건립유화액빙치륜적삼유모형，병진행장배。연후장삼유모형도입도 ANSYS WORKBENCH 중，대치륜진행결구강도분석，득출치륜재작업시적응력화응변치。동시고필동태특성대치륜적영향，대치륜진행모태분석，계산출치륜적고유빈솔화진형，조도치륜적박약부위，위유화액빙치륜적설계화연구제공이론의거。
In this paper , taking BRK500/37 . 5 emulsion pump wheel gear as the research object , the three-dimensional solid model of the wheel gear is established and assembled with UG . Then the three-dimensional solid model of the wheel gear is added to the AN-SYS WORKBENCH . Through analyzing the wheel gear strength , the stress and strain conditions of the wheel gear is obtained . Meanwhile , considering the influence of dynamic characteristics of the wheel gear , the finite element modal analysis of the wheel gear is completed . The natural frequency and pattern of vibration is concluded , and the results can find out the weak parts of the wheel gear , and provide a theoreti-cal basis for the design and research of the emulsion pump wheel gear .
