Jianran Lv
Papers
2
Total Citations
19
H-Index
2
About
Jianran Lv is a researcher whose work sits at the intersection of advanced manufacturing and smart materials. Lv’s key contributions address two distinct but equally challenging problems: scaling up 3D printing and creating novel actuation mechanisms for microrobots. In a 2019 paper (10 citations), Lv introduced the "visual stitching large-scale (VSLS) 3D-printing method," a clever technique that uses visual feedback to seamlessly join printed segments, effectively allowing printers to fabricate objects far larger than their own build volume—a practical breakthrough for industrial applications. More recently, in 2021 (9 citations), Lv reported a new phenomenon in Ni–Ti shape-memory alloys: the ability to make them ferromagnetic without adding traditional ferromagnetic particles. This discovery opens a new pathway for fabricating thermally responsive microrobots that can be wirelessly controlled by magnetic fields, combining biocompatibility with remote actuation. While still early in their career, Lv’s work demonstrates a talent for finding elegant solutions to fundamental fabrication challenges, with clear potential for impact in both large-scale additive manufacturing and microscale robotics.
Research Focus
Key Achievements
Top Papers
- 1Large-scale 3D printing technology based on the visual stitching method10 citations · 2019
- 2