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About

Anas Kanan is a researcher at the forefront of soft robotics and smart materials, specializing in the computational and experimental design of bio-inspired actuators. His work uniquely bridges textile engineering and soft robotics, as demonstrated in his most-cited paper, "A Biomimetic Fish Fin-Like Robot Based on Textile Reinforced Silicone" (41 citations), which pioneers the integration of pre-processed textiles into elastomer matrices to create flexible, high-performance robotic structures. Kanan has also made significant contributions to the numerical modelling of nonlinear electro-elasticity and electro-viscoelasticity in heterogeneous bodies and fibre-reinforced electro-active polymers (EAPs). His computational frameworks, detailed in papers with 8 and 5 citations respectively, enable the accurate simulation of dielectric elastomer actuators (DEAs) and EAPs under large deformations—key components for next-generation soft robots. By combining advanced finite element methods with material science, Kanan’s work provides essential tools for designing actuators that respond quasi-instantaneously to electric fields. His research not only advances fundamental understanding of electro-mechanical coupling in soft materials but also offers practical pathways for creating durable, textile-reinforced robotic systems, positioning him as an emerging leader in the field.