Louis Laberge Lebel
Papers
6
Total Citations
347
H-Index
5
About
Louis Laberge Lebel is a materials and manufacturing engineer whose research spans advanced fabrication techniques, composite materials, and micro/nanoscale manufacturing. He is best known for pioneering ultraviolet-assisted direct-write (UV-3DP) fabrication methods, which enable the precise construction of complex three-dimensional polymer and nanocomposite microstructures. His landmark 2009 paper on UV-assisted fabrication of carbon nanotube/polymer nanocomposite microcoils has garnered over 200 citations, establishing him as an influential figure in additive micro-manufacturing. This work, alongside his subsequent investigations into processing parameters for freeform polymeric microstructures (58 citations), demonstrated the versatility and precision achievable through robotically controlled extrusion paired with rapid photopolymerization. Laberge Lebel has also made significant contributions to composite manufacturing at larger scales, including automated braiding of complex aircraft fuselage frames (49 citations) and the development of carbon fiber reinforced PEEK rivets for composite fastening applications. His research on microfluidic infiltration for producing three-dimensionally microstructured nanocomposite beams further reflects his broad expertise bridging nanomaterials and structural engineering. Collectively, his work represents meaningful advances in smart manufacturing, aerospace composites, and nanocomposite processing, making him a notable contributor to both academic research and applied engineering innovation.
Research Focus
Key Achievements
Top Papers
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