Meisam Farajollahi

Papers

Total Citations

211

H-Index

About

Meisam Farajollahi is a leading researcher in the field of smart materials and soft robotics, with a primary focus on electroactive polymers (EAPs) and thermally driven actuators. His seminal work, "Electroactive polymers for sensing" (2016), which has garnered over 209 citations, explores the electromechanical coupling in EAPs, demonstrating their dual functionality for both actuation and sensing of chemical and mechanical stimuli. This research highlights the unique properties of EAPs—low modulus, high strain, and conformability—making them ideal for advanced sensing applications. Farajollahi has also made significant contributions to soft robotics through his investigation of coiled nylon actuators, as detailed in "Active cooling techniques for coiled nylon actuators" (2022). His work reveals that these low-cost, thermally driven actuators exhibit remarkable tensile stress (>10 MPa) and stroke (>5%), with a work density 100 times greater than mammalian muscle. This positions coiled nylon actuators as promising candidates for soft robotic systems. Farajollahi’s research bridges materials science and robotics, offering innovative solutions for flexible, high-performance devices.