Julianna Abel
Papers
7
Total Citations
127
H-Index
4
About
Julianna Abel is a pioneering researcher at the intersection of smart materials, textile engineering, and wearable technology. Her work centers on developing active textiles and soft actuators using shape memory alloys—particularly nickel-titanium (NiTi) microfilaments—to create fabrics that can sense, actuate, and adapt to the human body. Abel’s major contributions include the invention of functionally graded knitted actuators and active-contracting variable-stiffness fabrics, which enable self-fitting wearables that dynamically conform to an individual’s unique topography. Her most cited paper (86 citations) demonstrates how these advances can revolutionize smart wearables for soft robotics, continuous health monitoring, and haptic feedback systems. She has also explored multifunctional spun yarns, auxetic metamaterials for soft robots, and energy-absorbing textile structures. Abel’s work bridges materials science and mechanical design, offering scalable pathways to integrate active materials into everyday textiles. Her research holds transformative potential for medical devices, assistive technologies, and human-machine interfaces, positioning her as a leading voice in the next generation of intelligent, body-adaptive fabrics.
Research Focus
Key Achievements
Top Papers
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- 2Multifunctional Spun Yarns and Textiles from Nickel‐Titanium Microfilaments18 citations · 2020
- 3Active-Contracting Variable-Stiffness Fabrics for Self-Fitting Wearables9 citations · 2018
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