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Acoustic Emissions from Microindentation Fracture Toughness Tests

机译:微压痕断裂韧性测试的声发射

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摘要

There is interest in the materials research community in the development of materials for high performance, high temperature turbine engine design. As they are in the development stage, these materials are in very short supply, and it is, therefore, difficult to determine the most basic of material parameters. The alloys and ceramics under consideration are typically very brittle, and one of the critical material parameters needed to evaluate them is fracture toughness. Fracture toughness is the measure of notch sensitivity of a material and knowledge of this parameter allows decisions to be made about the inspectability and inspection requirements for the materials by establishing a critical crack length. Processing techniques and toughening mechanisms being investigated during material development can also be evaluated by making precise measurements of toughness changes.
机译:材料研究界对用于高性能,高温涡轮发动机设计的材料的开发感兴趣。由于这些材料处于开发阶段,因此非常短缺,因此很难确定最基本的材料参数。所考虑的合金和陶瓷通常非常脆,而评估它们所需的关键材料参数之一是断裂韧性。断裂韧性是材料的缺口敏感性的量度,并且该参数的知识允许通过建立临界裂纹长度来确定材料的可检查性和检查要求。在材料开发过程中研究的加工技术和增韧机理也可以通过对韧性变化进行精确测量来评估。

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