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首页> 外文会议>International Conference on Advanced Robotics and Mechatronics >Process monitoring and industrial informatics for online optimization of Welding Procedure Specifications (WPS) in Gas Tungsten Arc Welding (GTAW) – Industry 4.0 for robotic additive remanufacturing of aeroengine components
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Process monitoring and industrial informatics for online optimization of Welding Procedure Specifications (WPS) in Gas Tungsten Arc Welding (GTAW) – Industry 4.0 for robotic additive remanufacturing of aeroengine components

机译：用于在线优化钨极氩弧焊（GTAW）焊接工艺规范（WPS）的过程监控和工业信息学–工业4.0，用于航空发动机零部件的机器人附加再制造

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摘要

Industry 4.0, the scheme that drives the fourth industrial revolution, has been, since its conception, reshaping the manufacturing industry. To advance current industrial chains into the smart factories of the future, cyber-physical systems are monitored and communicate with each other to ensure transparent interoperability, giving birth to the emerging field of industrial informatics. To enable the repair and recycling of high value jet engine compressor blades, additive manufacturing is utilized. The complex geometries and asymmetrical wear of the blades require robotic welding systems to be trained by experienced human welding engineers in order to be able to adapt to differing components. Demonstrated in this paper, process monitoring and industrial informatics are introduced to the adaption of Welding Procedure Specifications (WPS) utilized by a developing robotic system for the additive remanufacturing of aeroengine components. Using a novel variant of Gas Tungsten Arc Welding (GTAW), the robotic welding system under development is a product of an industry-academia collaboration between the Enabling Sciences for Intelligent Manufacturing Group (ESIM) of the University of Sheffield and VBC Instrument Engineering Ltd.
机译：自从提出构想以来，推动第四次工业革命的方案“工业4.0”一直在重塑制造业。为了将当前的产业链推进到未来的智能工厂中，对网络物理系统进行监视和相互通信以确保透明的互操作性，从而催生了新兴的工业信息学领域。为了能够维修和回收高价值的喷气发动机压气机叶片，利用了增材制造。叶片的复杂几何形状和非对称磨损要求机器人焊接系统由经验丰富的焊接工程师进行培训，以便能够适应不同的组件。本文演示了过程监控和工业信息学，以适应由开发中的机器人系统用于航空发动机部件的再制造的焊接工艺规范（WPS）的适应。使用新型的气体钨极电弧焊（GTAW），正在开发的机器人焊接系统是谢菲尔德大学智能制造科学集团（ESIM）与VBC仪器工程有限公司之间的行业学术合作的产物。

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