• Fused Deposition Modeling has the potential to create customized embedded sensor systems if hybridized with InkJet methods. The as-printed surface finish of printed components results in poor conductivity or continuity breaks tracks. Three finishing methods are investigated: nozzle ironing, subtractive machining and burnishing. Burnishing yielded most desirable results, increasing reducing is...

We present a novel method for efficient production of prototypes microwave components by fused depositing modeling, also known as 3D plastic printing, and vapor deposition coating 1 ?m copper layer. demonstrate that the properties follow predicted performance low power propagation. The offers new opportunities cheap mock-ups advanced-geometry tests with low-power microwaves.

having sufficient and accurate understanding about kinetics of phenomena, could be an important reason for further technological progresses. finding a white-box mathematical model for weight vs. time curves of electrophoretic deposition (epd) using large and small signal analysis has been studied thoroughly in the present investigation. weight-time curves of nano-mullite suspension have been tr...

This research article presents an enhanced YOLOv8 model with additional feature extraction layer integrated into the traditional architecture to improve fault detection performance in smart additive manufacturing, specifically for FDM 3D printers. Hyperparameter optimization techniques are employed ensure is trained optimal input and batch size configurations. The findings demonstrate that modu...