液压气动与密封
液壓氣動與密封
액압기동여밀봉
Hydraulics Pneumatics & Seals
2015年
10期
62-65
,共4页
斜盘%轴瓦%液压柱塞泵%静压轴承
斜盤%軸瓦%液壓柱塞泵%靜壓軸承
사반%축와%액압주새빙%정압축승
swashplate%cradle bearing%hydraulic piston pump%hydrostatic bearing
针对该公司某型液压柱塞泵产品在开发过程中所遇到的斜盘轴瓦副磨损失效问题,着重从失效模式、受力分析、工作原理、设计校验、优化改进等方面,较为详细地介绍了针对该失效模式的整个优化改进过程.通过优化改进,该型产品的斜盘轴瓦副磨损失效问题得到解决,成功通过了试验室的耐久考核.
針對該公司某型液壓柱塞泵產品在開髮過程中所遇到的斜盤軸瓦副磨損失效問題,著重從失效模式、受力分析、工作原理、設計校驗、優化改進等方麵,較為詳細地介紹瞭針對該失效模式的整箇優化改進過程.通過優化改進,該型產品的斜盤軸瓦副磨損失效問題得到解決,成功通過瞭試驗室的耐久攷覈.
침대해공사모형액압주새빙산품재개발과정중소우도적사반축와부마손실효문제,착중종실효모식、수력분석、공작원리、설계교험、우화개진등방면,교위상세지개소료침대해실효모식적정개우화개진과정.통과우화개진,해형산품적사반축와부마손실효문제득도해결,성공통과료시험실적내구고핵.
Mainly from the failure mode, force analysis, working principle, design check, optimal improvement, the paper detailedly introduces the whole improvement process of the wear failure mode which appeared during the development stage of one type of hydraulic piston pump. Through the optimal improvement, the wear failure issue between the cradle bearing and swashplate was resolved, the type of hydraulic piston pump successfully passed the endurance test in lab.
