Mostafa Baghani
Papers
14
Total Citations
414
H-Index
8
About
Mostafa Baghani is a leading researcher in advanced materials and smart structures, with particular expertise in 4D printing, shape memory polymers, soft robotics, and constitutive modeling of stimuli-responsive materials. His work has pioneered the development of magneto-responsive and thermo-responsive nanocomposites, most notably his groundbreaking investigation into PETG-Fe3O4 systems for 4D printing that achieved remarkable shape memory effects, earning 107 citations since 2024. Baghani has made substantial contributions to understanding multi-stimuli-responsive shape memory polymers, developing constitutive frameworks that capture complex multi-functional behavior under large deformations. His research on super-stretchable propylene-based elastomers and composite thermoplastic elastomers for soft artificial muscles demonstrates a strong translational focus, bridging fundamental materials science with real-world applications in wearables and biomedical devices. He has further advanced the field through computational approaches, including neural network-augmented modeling of pH-responsive hydrogels and in silico optimization of dielectric elastomer actuators. With over 370 cumulative citations spanning soft actuators, biomechanics, and intelligent materials, Baghani's body of work represents a compelling fusion of theoretical rigor and innovative engineering with clear relevance to next-generation robotics and biomedical technologies.
Research Focus
Key Achievements
Top Papers
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- 43D printing super stretchable propylene-based elastomer56 citations · 2024
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