首页|Reports from University of Cagliari Describe Recent Advances in Machine Learning (Experimental Tensile Testing of the Lap Joint Composite Laminates Supported Wi th the Acoustic Emission and Machine Learning Techniques)
Reports from University of Cagliari Describe Recent Advances in Machine Learning (Experimental Tensile Testing of the Lap Joint Composite Laminates Supported Wi th the Acoustic Emission and Machine Learning Techniques)
扫码查看
点击上方二维码区域，可以放大扫码查看
原文链接
NETL
NSTL
Investigators publish new report on Ma chine Learning. According to news reporting out of Cagliari, Italy, by NewsRx ed itors, research stated, "This paper investigates tensile behavior of through thi ckness reinforced carbon/epoxy lap joint composite laminates, reinforced with st eel z-pins and staples, arranged in two rows parallel to the overlapping edges, via experimental testing. Acoustic emission (AE) monitoring is employed during t he displacement-controlled tensile tests to monitor damage propagation during lo ading using the Vallen AMSY-5 measurement system, with two piezoelectric sensors being mounted at the laminate surface." Financial support for this research came from Lublin University of Technology. Our news journalists obtained a quote from the research from the University of C agliari, "Furthermore, machine learning algorithms are integrated to process AE data, enabling the recognition and prediction of failure mechanisms. Fractograph ic analyses were performed to observe the nature of damage post-failure. The exp erimental research was enriched with capturing high-resolution pictures of total crack propagation length growth using a high-resolution photocamera. The perfor med empirical tests demonstrated that the unstable propagation of a crack along the bonding interface has led to an eventual breakdown of both unreinforced and reinforced joints."
CagliariItalyEuropeCyborgsEmergi ng TechnologiesMachine LearningUniversity of Cagliari
NETL
NSTL
