Non-Contact Diagnostics in Manufacturing: A New Precision Measurement Laboratory

9871946 Madanshetty制造中的非接触式诊断：新的精密测量实验室该项目将建立一个新的精密测量研究实验室，用于开发各种用于制造环境的非接触式传感技术。自1995年以来，堪萨斯州立大学（KSU）成立了一个由来自几个系的教师和研究生组成的跨学科小组。这个有凝聚力的小组的共同兴趣是分享非接触式传感器，仪器仪表，数据采集，精密定位和数字信号处理领域的研究成果，研究设备和实验室经验。这项活动得到了大学、国家机构和私营企业的大力支持。除了大学和民间的支援外，首尔大学先进制造研究所（AMI）内的制造学习中心（MLC）也提供了向民间传达研究成果的独特机会。根据以往的经验，预计新的研究成果将大大有利于堪萨斯州的中小型进步制造商和国家。在非接触式精密测量（NCPM）研究的四个关键领域已经确定：激光传感器，声发射，计算机视觉和辐射传感器。这些研究领域涵盖了制造环境中经常应用的大多数非接触式诊断技术。实际应用的例子包括齿轮轮廓检查；高精度表面结构诊断；铸铁球墨性的非接触评价以及非接触式印刷电路板镀层厚度检测。

9871946 Madanshetty Non-Contact Diagnostics in Manufacturing: A New Precision Measurement Laboratory The project will establish a new precision measurement research laboratory for the development of a variety of non-contact sensing technologies for application in manufacturing environments. Since 1995, an interdisciplinary group of faculty members and graduate students from several departments was formed at Kansas State University (KSU). The common interest of this cohesive group is to share research results, research equipment, and laboratory experiences in the areas of non-contact sensors, instrumentation, data acquisition, precision positioning, and digital signal processing. This activity enjoys a great support from the university, state agencies and private industry. In addition to university and private sector support, the Manufacturing Learning Center (MLC) within the university s Advance Manufacturing Institute(AMI) provides a unique opportunity for conveying research results to the private sector. Based on past experience, one expects that the anticipated new research results will greatly benefit the small to medium-sized progressive manufacturers in Kansas as well as the nation. Four critical areas of research in Non-Contact Precision Measurement (NCPM) have been identified: laser sensors, acoustic emission, computer vision, and radiation sensors. These research areas encompass the majority of non-contact diagnostic technologies frequently applied in manufacturing environments. Examples of real-life applications include gear profile inspection; high precision surface structure diagnosis; non-contact evaluation of nodularity in casting irons; and non- contact printed circuit board plating thickness inspection.