21世纪的濒死体验时刻…风险很高

Surendra Singh, Eric L. Lanigan, D. Beckett
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引用次数: 0

摘要

最近,在用于下一代增材制造(AM),即智能制造(SM)的实时监控时,无损检测(NDE)的检测能力不足已经显露出来。SM是工业物联网(IIoT)(和/或工业4.0)与AM的融合。检测的局限性使得SM的实时分析难以捉摸,有时在研究机器健康状况、过程控制、局部和全局材料状态时是不可能的;所有需要检测非标称AM构建状态。这些缺点今天仍然存在,因为NDE没有跟上制造业技术进步的步伐。为了使NDE保持相关性,它应该与技术保持同步,例如数字转换、数字孪生(DT)、模拟和生成设计,以解决业务检查需求。因此,需要强大的实时监控,以确保3D打印部件的质量,并增加工业可持续性的规模和复杂性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
21st Century NDE Revealing Moments … The Stakes Are High
Inadequate inspection capabilities of Non Destructive Evaluation (NDE) have been quite revealing lately when used for the real-time monitoring of the Next-Gen Additive Manufacturing (AM), known as Smart Manufacturing (SM). SM is the convergence of Industrial Internet of Things (IIoT) (and /or Industry 4.0) with AM. The inspection limitations make the real-time analysis of SM elusive, at times impossible when studying machine-health conditions, process control, local and global materials state; all needed for detecting an off-nominal AM build state. These disadvantages exist today because NDE has failed to keep pace with the technological advances in manufacturing. For NDE to stay relevant, it should keep pace with the technologies, such as digital transformation, Digital Twin (DT), simulation, and generative design to solve business inspection needs. So, there is a need for robust real-time monitoring to ensure quality in 3D printed parts with increased scale and complexity in industrial sustainability.
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