Behnam Ashrafi

Papers

Total Citations

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About

Behnam Ashrafi is a researcher advancing the frontiers of soft robotics and smart materials, with a focus on creating highly deformable structures for adaptive applications. His work centers on the design and fabrication of ultrastretchable materials and soft actuators, leveraging 3D printing and electrothermal principles to achieve unprecedented mechanical performance. His most-cited paper, "3D printed accordion-like materials: A design route to achieve ultrastretchability" (2020, 24 citations), introduces a novel geometric approach that enables materials to stretch far beyond conventional limits, offering a transformative pathway for wearable devices, soft grippers, and morphing surfaces. This work has been recognized for its innovative fusion of additive manufacturing and mechanical metamaterials. Ashrafi further explores practical implementations in "Soft electrothermal actuator array for surface morphing application" (2023, 3 citations), demonstrating how controlled thermal expansion can drive shape-changing surfaces—a key enabler for haptic interfaces and adaptive optics. His contributions bridge fundamental mechanics with applied engineering, providing scalable solutions for next-generation soft systems. With a growing citation footprint, Ashrafi’s research continues to inspire new directions in stretchable electronics and bioinspired robotics.