Sarah Karmel
Papers
1
Total Citations
6
H-Index
1
About
Sarah Karmel is a pioneering researcher at the intersection of advanced manufacturing and bio-inspired materials, with a primary focus on developing soft, multi-functional meta-structures. Her most cited work introduces a novel approach to 3D printing bio-composite meta-structures that exhibit tuneable quasi-constant force—a breakthrough for soft robotics and wearable technologies. Karmel’s key contributions include achieving a quasi-zero stiffness (QZS) plateau of 6 mm with a force range of 2.3–5.12 N, and demonstrating that triple-unit designs can triple the output force. She also engineered a bio-composite formulation (3% BC/1% CNT) that boosts tensile strength by 86% while reducing burning rate by 35% compared to pure TPU. Her structures show exceptional durability, retaining 98% of maximum force after 1,000 cycles with 88% higher cyclic energy dissipation. With 6 citations since 2025, this work is already gaining traction for its potential in soft robotics, impact absorption, and adaptive structures. Karmel’s innovative integration of sustainable materials with advanced 3D printing positions her as a rising leader in functional meta-material design.
Research Focus
Key Achievements
Top Papers
- 1