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Detection of Typical Metal Additive Manufacturing Defects by the Application of Thermographic Techniques

机译:热成像技术应用检测典型金属添加剂制造缺陷

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One of the most advanced technologies of Metal Additive Manufacturing (AM) is the Laser Powder Bed Fusion process (L-PBF), also known as Selective Laser Melting (SLM). This process involves the deposition and fusion, layer by layer, of very fine metal powders and structure and quality of the final component strongly depends on several processing parameters, for example the laser parameters. Due to the complexity of the process it is necessary to assure the absence of defects in the final component, in order to accept or discard it. Thermography is a very fast non-destructive testing (NDT) technique. Its applicability for defect detection in AM produced parts would significantly reduce costs and time required for NDT, making it versatile and very competitive.
机译:金属添加剂制造(AM)最先进的技术之一是激光粉末融合过程(L-PBF),也称为选择性激光熔化(SLM)。该方法涉及沉积和熔融,通过层的层,非常精细的金属粉末和最终部件的结构和质量强烈地取决于若干处理参数,例如激光参数。由于该过程的复杂性,有必要确保在最终组件中没有缺陷,以接受或丢弃它。热成像是一种非常快速的非破坏性测试(NDT)技术。其对缺陷检测的适用性产生的部件将显着降低NDT所需的成本和时间,使其变得多功能和非常竞争力。

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