Investigation on synergistic effects of acoustic and mechanical properties of 3D-Printed continuous flax fiber reinforced PLA composites through controlling impregnation speed and printing parameters
Key Points
The study demonstrates improved mechanical properties in 3D-printed composites with optimal impregnation speed and printing parameters.
Testing revealed significant changes in acoustic properties associated with varying fiber reinforcement techniques in PLA composites.
Observational analysis focused on the relationship between impregnation speed and overall composite performance, capturing precise manufacturing details.
These findings suggest that fine-tuning printing conditions may lead to better composite materials for various applications.
Investigation on synergistic effects of acoustic and mechanical properties of 3D-Printed continuous flax fiber reinforced PLA composites through controlling impregnation speed and printing parameters | Synapse