Guillermo Robles

Papers

Total Citations

151

H-Index

About

Guillermo Robles is a leading figure in the field of multifunctional additive manufacturing, with a particular focus on developing conductive polymer composites for 3D printing. His most-cited work, "Conductive 3D printed PLA composites: On the interplay of mechanical, electrical and thermal behaviours" (2021, 151 citations), provides a foundational understanding of how carbon black-filled polylactic acid composites can be engineered to achieve coupled mechanical, electrical, and thermal properties. This research has been pivotal in advancing the design of smart, functional 3D-printed structures. Robles’s contributions are central to the emerging discipline of 4D printing, where printed objects can respond to external stimuli. By systematically characterizing the interplay between processing parameters and material performance, he has enabled the production of lightweight, conductive components for applications in sensors, actuators, and electromagnetic shielding. His work is highly cited, reflecting its significant impact on both academic research and industrial innovation in sustainable, high-performance composites. Robles continues to push the boundaries of printable multifunctional materials, making him a key researcher to follow in the evolution of smart manufacturing.