Seyed Miri
Papers
3
Total Citations
47
H-Index
3
About
Seyed Miri is an emerging materials and manufacturing researcher whose work sits at the cutting edge of advanced composite fabrication, with a particular focus on robotic 3D printing of continuous carbon fiber thermoplastic composites. His research bridges the fields of additive manufacturing, polymer science, and electromagnetic engineering, addressing both the structural and functional performance of next-generation composite materials. Miri's most impactful contribution to date — garnering 28 citations since 2022 — demonstrated that robotically 3D-printed continuous carbon fiber composites exhibit remarkable electromagnetic shielding effectiveness, opening promising pathways for aerospace, defense, and electronics applications. Complementing this work, his investigation into low-melt poly aryl ether ketone (PAEK) reinforced with continuous carbon fiber revealed critical insights into the tensile strength and thermal stability achievable through robotic printing processes, accumulating 15 citations. His more recent numerical and experimental consolidation study further deepens the mechanistic understanding of how thermoplastic composites bond and solidify during fabrication. Collectively, Miri's research advances the scientific community's ability to engineer high-performance, multifunctional composite parts using automated manufacturing — a capability increasingly vital as industries demand lighter, stronger, and electromagnetically capable structural materials.
Research Focus
Key Achievements
Top Papers
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