高压柱塞泵/马达失效案例数据库数据集

对于轴向柱塞泵来说，主要的失效模式有磨损、疲劳和老化三种形式，本课题对柱塞泵的失效模式进行补充，将第四种失效模式-腐蚀失效也纳入柱塞泵的典型失效模式中。为扩大液压元件高压柱塞泵失效案例数据库平台的影响力，更好的服务于机械工程类的企业，充分把现代化信息管理技术应用到业务工作当中，吉林大学对轴向柱塞泵理论知识进一步学习以及轴向柱塞泵的详细拆解研究，和企业反馈回的大量柱塞泵失效案例的汇总总结，接着就柱塞泵的四种失效模式结合失效树分析法进行详细的描述，旨在提高高压柱塞泵失效案例数据库的管理信息化水平和智能化水平，提高信息化应用的办公环境和业务处理的效率，为高压柱塞泵失效案例数据库管理业务的科技化发展之路奠定坚实的基础。

For axial piston pumps, the three primary failure modes are wear, fatigue, and aging. This study supplements the failure mode system of piston pumps by adding corrosion failure as the fourth typical failure mode. To expand the influence of the high-pressure axial piston pump failure case database platform—a specialized database for hydraulic components—and better serve mechanical engineering enterprises while fully applying modern information management technologies to business operations, Jilin University conducted further research on the theoretical knowledge of axial piston pumps, performed detailed disassembly and analysis of axial piston pumps, and collected and summarized a large number of piston pump failure cases feedback from enterprises. Subsequently, the four failure modes of piston pumps are elaborated in detail using Fault Tree Analysis (FTA). This work aims to improve the informatization and intelligent management level of the high-pressure axial piston pump failure case database, optimize the office environment and business processing efficiency of information-based applications, and lay a solid foundation for the scientific and technological development of the high-pressure axial piston pump failure case database management business.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于高压柱塞泵/马达的失效案例，补充了腐蚀失效作为第四种典型失效模式，并基于失效树分析法详细描述失效模式。数据集包含153条失效案例，旨在通过信息化和智能化手段提升失效案例数据库的管理水平，服务于机械工程领域的企业和研究。