Reza Moazed

Papers

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About

Reza Moazed is a researcher focused on the structural optimization of advanced composite materials for robotic and mechanical systems. His work centers on the application of carbon fiber-reinforced polymers (CFRP) and glass fiber composites to improve the performance and lightweight design of engineering structures. A key contribution is his 2022 study on a 5-DOF CFRP robot manipulator developed for agricultural applications, where he demonstrated that replacing traditional aluminum and steel components with CFRP can significantly enhance static and vibration performance. This paper has garnered 7 citations, reflecting growing interest in lightweight robotics for farming. Moazed also developed a simplified approach for selecting design parameters—such as fiber angle orientation, laminate thickness, and cross-sectional shape—for carbon and glass fiber composite beams, published in 2021 with 4 citations. This work provides practical guidelines for engineers, bridging the gap between complex composite theory and real-world application. His research is notable for its direct impact on reducing weight and improving durability in robotic manipulators, making him a promising contributor to the fields of composite mechanics and agricultural robotics.