摘要
本研究旨在探讨无损检测技术在浇筑模具质量控制中的具体应用,以提高模具制造的精度和可靠性。主要采用超声波检测技术对模具材料进行检测,以精确识别缺陷位置并评估材料应力分布。同时,利用红外热成像技术监测模具表面的温度分布和加工参数,从而评估表面质量。研究结果表明,无损检测技术在浇筑模具质量控制方面具有显著优势,能够有效提升质量控制水平。期望通过文章的研究,能够有效提高模具制造行业的技术水平,推动产业的发展。
This study aims to explore the specific application of non-destructive testing technology in quality control of pouring molds,in order to improve the accuracy and reliability of mold manufacturing.Mainly using ultrasonic testing technology to detect mold materials,in order to accurately identify defect locations and evaluate material stress distribution.At the same time,infrared thermal imaging technology is used to monitor the temperature distribution and processing parameters of the mold surface,in order to evaluate the surface quality.The research results indicate that non-destructive testing technology has significant advantages in quality control of pouring molds and can effectively improve the level of quality control.I hope that through the research in this article,we can effectively improve the technological level of the mold manufacturing industry and promote its development.
作者
江源
沈晓婉
范交
JIANG Yuan;SHEN Xiao-Wan;FAN Jiao(China Copper Southeast Copper Co.,Ltd.,Ningde 352100,China;Jin Zhai County Hospital of Traditional Chinese Medicine,Lu’an 237000,China)
出处
《实验室检测》
2024年第5期37-40,共4页
Laboratory Testing
关键词
无损检测技术
浇筑模具
质量控制
超声波检测
红外热成像
non-destructive testing technology
pouring molds
quality control
ultrasonic testing
infrared thermal imaging
