Masoud Afrand

Papers

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About

Masoud Afrand is a researcher whose work bridges robotics, thermodynamics, and advanced materials. His key research areas include bipedal locomotion, nanofluids, and thermal conductivity enhancement. Among his notable contributions is the kinematic modeling and simulation of an eleven-links biped robot with arms, where he proposed a simplified algorithm for humanoid walking based on the zero moment point (ZMP) criterion—a foundational concept in stable gait generation. This work, published in 2015, has garnered 2 citations and reflects his early focus on mathematical modeling in robotics. Beyond humanoid motion, Afrand has made significant strides in the study of nanofluids, particularly in measuring and predicting their thermal properties. His research has been widely cited, with several papers accumulating hundreds of citations, underscoring his impact on heat transfer and energy systems. Afrand’s interdisciplinary approach—combining mechanical design, computational simulation, and material science—has positioned him as a contributor to both robotics and thermal engineering, offering practical insights for students and researchers exploring efficient locomotion or advanced cooling technologies.