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Intelligent Non-Destructive Evaluation Expert System for Carbon Fiber Reinforced Plastics Panel Using Infrared Thermography

机译:碳纤维增强塑料面板智能无损评价专家系统使用红外热成像

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摘要

This research developed a reliable intelligent non-destructive evaluation (NDE) expert system for Carbon Fiber Reinforced Panels (CFRP) panels based on infrared thermography testing (IRT) and post processing by means of fuzzy expert system technique. Data features and NDE expert knowledge are seamlessly combined in the intelligent system to provide the best possible diagnosis of the potential defects and problems. As a result, this research help ensure CFRP panels' integrity and reliability. Specimens with simulated defects were evaluated to demonstrate the usefulness of the intelligent IRT NDE expert system in NDE inspection. The testing data pattern corresponding to feature and quantification of defects were found. This fuzzy expert system not only eliminates human errors in defect detection but also functions as NDE experts. In addition, fuzzy expert system improves the defect detection by incorporating fuzzy expert rules to remove noises and to measure defect size more accurately. In the future, the expert system model could be continuously updated and modified to quantify the size and distribution of defects. The system developed here can be adapted and applied to build an intelligent NDE expert system for better quality control as well as automatic defect and porosity detection in CFRP production process.
机译:本研究开发了一种可靠的智能无损评估(NDE)专家系统,用于基于红外热成像测试(IRT)和通过模糊专家系统技术进行后处理的碳纤维增强板(CFRP)面板。数据特征和NDE专家知识无缝地组合在智能系统中,以提供最佳可能的缺陷和问题的诊断。因此,该研究有助于确保CFRP面板的完整性和可靠性。评估具有模拟缺陷的标本,以证明智能IRT NDE专家系统在NDE检查中的有用性。找到与特征和量化的测试数据模式。这种模糊专家系统不仅消除了缺陷检测中的人类错误,而且还可以作为NDE专家。此外,模糊专家系统通过结合模糊专家规则来提高缺陷检测,以便更准确地测量缺陷尺寸。将来,可以连续更新和修改专家系统模型以量化缺陷的大小和分布。此处开发的系统可以调整和应用,以构建智能NDE专家系统,以获得更好的质量控制以及CFRP生产过程中的自动缺陷和孔隙率检测。

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