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Developing a high-fidelity knowledge base for improvements in the non-destructive testing of advanced composite material products

机译：开发高保真知识库，以改进先进复合材料产品的无损检测

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Nikita Gandhi; Rob Rose; Anthony Croxford; Carwyn Ward;
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1. Developing a high-fidelity knowledge base for improvements in the non-destructive testing of advanced composite material products [J] . Nikita Gandhi, Rob Rose, Anthony Croxford, Procedia Manufacturing . 2020,第186期

机译：开发高保真知识库，以改进先进复合材料产品的无损检测
2. Non-destructive testing of composite materials by means of active thermography-based tools [J] . Lizaranzu Miguel, Lario Alberto, Chiminelli Agustin, Infrared physics and technology . 2015,第Null期

机译：通过基于热成像的主动工具对复合材料进行无损检测
3. Detection Of Cracks In Composite Materials Using Hybrid Non-Destructive Testing Method Based On Vibro-Thermography And Time-Frequency Analysis Of Ultrasonic Excitation Signal [J] . Wojciech Prokopowicz Journal of KONBiN . 2015,第1期

机译：基于振动热成像和超声激励信号时频分析的混合无损检测方法检测复合材料中的裂纹
4. Developing a High-Fidelity Knowledge Base for Non-Destructive Testing and Composite Material Products: A Review [C] . Nikita Gandhi, Rob Rose, Anthony Croxford, Annual Conference of the British Institute of Non-Destructive Testing . 2019

机译：为非破坏性测试和复合材料产品开发高保真知识库：综述
5. Potential applicability of stress wave velocity method on pavement base materials as a non-destructive testing technique. [D] . Mahedi, Masrur. 2015

机译：应力波速度法作为无损检测技术在路面基础材料上的潜在适用性。
6. Erratum: Myoung S.C.; Su-Tae K.; Bang Y.L.; Kyeong-Taek K.; Gum-Sung R. Improvement in Predicting the Post-Cracking Tensile Behavior of Ultra-High Performance Cementitious Composites Based on Fiber Orientation Distribution. Materials 2016 9 829 [O] . Myoung Sung Choi, Su-Tae Kang, Bang Yeon Lee, 2017

机译：勘误表：MyoungS.C .； Su-TaeK .； BangY.L .; Kyeong-Taek； Gum-SungR.基于纤维取向分布预测超高性能水泥基复合材料开裂后拉伸行为的改进。材料20169829
7. Detection Of Cracks In Composite Materials Using Hybrid Non-Destructive Testing Method Based On Vibro-Thermography And Time-Frequency Analysis Of Ultrasonic Excitation Signal [O] . Prokopowicz Wojciech 2015

机译：基于振动热成像和超声激励信号时频分析的混合无损检测方法检测复合材料中的裂纹

Developing a high-fidelity knowledge base for improvements in the non-destructive testing of advanced composite material products

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