Numerical Study of the Effect of High Gravity in Material Extrusion System and Polymer Characteristics during Filament Fabrication

Polymer science plays a crucial role in the understanding and numerical study of material extrusion processes that have revolutionized additive manufacturing (AM). This study investigated the impact of high-gravity conditions on material extrusion and conducted a numerical study by referring to the development of a high-gravity material extrusion system (HG-MEX). In this study, we evaluated the polymeric characteristics of HG-MEX. By analyzing the interplay between polymer behavior and gravity, we provide insights into the effects of high gravity on extrusion processes, including filament flow, material deposition, and the resulting fabrication characteristics. The established numerical study of high-gravity material extrusion in additive manufacturing is a meaningful and valuable approach for improving the quality and efficiency of the process. This study is unique in that it incorporates material surface characteristics to represent the performance and contact with polymer science in additive manufacturing. The findings presented herein contribute to a broader understanding of polymer science and its practical implications for HG-MEX under various gravitational conditions.

Automated summary

Polymer science is crucial in understanding and studying material extrusion processes in additive manufacturing. This study investigated the impact of high-gravity conditions on material extrusion and conducted a numerical study using a high-gravity material extrusion system (HG-MEX). By analyzing the interplay between polymer behavior and gravity, insights into the effects of high gravity on filament flow, material deposition, and fabrication characteristics were provided. The established numerical study of high-gravity material extrusion is a meaningful approach for improving the quality and efficiency of additive manufacturing.