Software isolates, identifies porosity-related flaws in tooling from fuselage test data

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Software isolates, identifies porosity-related flaws in tooling from fuselage test data

机译：软件隔离，从机身测试数据中识别出模具中与孔隙率相关的缺陷

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One of the challenges of manufacturing composite parts and structures from multiple tool sets is identifying and tracking product flaws caused by tooling porosity. This was the problem faced recently by an aerospace manufacturer that had good ultrasonic testing (UT) scan data and knowledgeable inspectors but no reliable way to use the data to drill back through the production process and find the source of porosity-caused flaws. The result was a costly scrap rate and inconsistent part quality in a fuselage component.

机译：用多种工具制造复合零件和结构的挑战之一是识别和跟踪由工具孔隙率引起的产品缺陷。这是一家航空制造商最近面临的问题，该航空制造商拥有良好的超声波测试（UT）扫描数据和知识渊博的检查员，但没有可靠的方法来使用这些数据来追溯生产过程并查找孔隙导致的缺陷的来源。结果是报废率高昂，机身部件的零件质量不一致。

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《High-Performance Composites》 |2013年第4期|共1页
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机译：软件隔离，从机身测试数据中识别出模具中与孔隙率相关的缺陷
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Software isolates, identifies porosity-related flaws in tooling from fuselage test data

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