Papers
1
Total Citations
7
H-Index
1
About
Nan Hong is a rising expert in advanced manufacturing, with a focus on the mechanics of thin-film transfer processes critical to next-generation electronics and 2D materials fabrication. Her most-cited work, "Controlling Peeling Front Geometry in a Roll-to-Roll Thin Film Transfer Process" (2020, 7 citations), addresses a key bottleneck in scaling up production: precisely managing the peeling dynamics to prevent defects and ensure uniform transfer. By systematically investigating how peeling front geometry influences stress distribution and film integrity, Hong provides foundational insights that bridge laboratory-scale demonstrations with industrial roll-to-roll manufacturing. This research has direct implications for producing flexible displays, wearable sensors, and large-area graphene devices. Though early in her career, her work is already cited by peers exploring transfer printing and scalable 2D material synthesis, signaling its growing influence. Hong’s contributions stand out for their practical focus on process control, offering engineers and materials scientists a roadmap to reliable, high-throughput thin-film manufacturing—a critical step toward commercializing flexible and stretchable electronics.
Research Focus
Key Achievements
Top Papers
- 1