Masoud Kabganian
Papers
2
Total Citations
13
H-Index
2
About
Masoud Kabganian is a rising figure in aerospace engineering and compliant mechanism design, whose work bridges biomimicry and structural optimization. His research centers on developing innovative, nature-inspired solutions for aerial vehicles, with a particular focus on morphing wings, adaptive landing systems, and robotic landing gear for VTOL drones. Kabganian’s major contributions include the creation of a hybrid Pseudo-Rigid-Body Model–Finite Element Method approach for optimizing compliant mechanisms, alongside an accurate empirical compliance equation for circular flexure hinges—tools that enable more efficient, lightweight, and adaptable aerospace structures. His most cited work (2024, 11 citations) explores biomimetic designs like Variable Geometry Truss Manipulators for morphing wings, while his 2025 study on a hybrid belt-driven compliant mechanism for VTOL drone landing gear (2 citations) addresses critical challenges in uneven terrain operations. Though early in his career, Kabganian’s integration of multidisciplinary design optimization with compliant robotics signals a promising trajectory, offering practical pathways for next-generation UAVs and adaptive aerospace systems.
Research Focus
Key Achievements
Top Papers
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- 2