摘要
随着高端装备制造业对金属材料性能稳定性要求的提高,传统抽样检测方法在新型复合材料及精密制造中存在代表性不足等问题。通过构建动态抽样模型等方法,系统分析抽样方案科学性、设备技术先进性及人员操作规范性对质量控制的影响。结果表明:优化分层抽样与风险评价机制、提升检测设备精度、建立人员三级认证等多个维度优化策略能够有效提升金属材料抽样检测的科学性与稳定性,为行业质量控制提供参考。
With the increasing demand for stable performance of metal materials in high-end equipment manufacturing industry,traditional sampling testing methods have problems such as insufficient representativeness in new composite materials and precision manufacturing.Through the construction of dynamic sampling model and other methods,the impact of scientific sampling plan,advanced equipment and technology,and standardized personnel operation on quality control is systematically analyzed.The results indicate that the multidimensional optimization strategy of optimizing stratified sampling and risk assessment mechanisms,improving the accuracy of testing equipment,and establishing three-level personnel certification can effectively enhance the scientificity and stability of metal material sampling and testing,providing reference for industry quality control.
作者
刘婷婷
赵振娜
陈雪莲
LIU Tingting;ZHAO Zhenna;CHEN Xuelian(Shandong Jindu Smelting Co.Ltd,Zhaoyuan 265400)
出处
《五金科技》
2025年第5期78-81,共4页
Hardware
关键词
金属材料
抽样检测
质量控制
动态抽样
Metal materials
Sampling inspection
Quality Control
Dynamic Sampling
