ObjectivesRobotic belt grinding technology, by virtue of its compliant contact, high material removal efficiency, and excellent surface finish quality, has become a critical approach for the precision machining of complex curved components such as aero ...
Zu Xinpeng +6 more
doaj
Study on Spark Image Detection for Abrasive Belt Grinding via Transfer Learning with YOLOv8. [PDF]
Huang J, Zhang G.
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Development of a Digital Twin Monitoring Framework for Blade Polishing Robot Process Based on Cloud-Edge-Device. [PDF]
Wang N +5 more
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Application of NMPC in the processing of Wolter-I grazing incident mirrors. [PDF]
Ding S, Yao S, Sun L, Li J, Zhou H.
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Sensor-Derived Mechanism-Informed Prediction of Section-Level Residual Profile Error in Robotic Blade-Edge Finishing. [PDF]
Gao Z, Zeng X, Cai Z, Wen C.
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Electrostatic Charge-Based Online Monitoring of the Grinding Process. [PDF]
Li P +5 more
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Moderate Processing of Rice: Processing Technology, Quality Evaluation, and Reflections Precision. [PDF]
Wang Z, Wang C, Zhang S, Ren H, Ren C.
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Grinding Metamorphic Layer of Bearing Steel: Formation Mechanisms, Characterization, and Process Parameter Effects. [PDF]
Guo J +6 more
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Monitoring of Cutting Process and Tool Condition of Metal and Metal Composite. [PDF]
Twardowski P, Wieczorowski M.
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Optimization of Magnetic Abrasive Finishing Parameters for Co-Cr Alloy Vascular Stent Tubing Using PSO-SVM. [PDF]
Xing K +6 more
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