Hassan Alkomy

Papers

Total Citations

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About

Hassan Alkomy is a researcher whose work bridges the frontiers of nonlinear dynamics, robotics, and applied mathematics. His primary research focus lies in unraveling the complexities of the Painlevé paradox—a classical conundrum in mechanics where friction-induced instabilities lead to ambiguous or contradictory motion predictions. Alkomy’s most-cited paper, "Solving Painlevé paradox: (P–R) sliding robot case" (2017, 6 citations), offers a groundbreaking resolution to this paradox within the context of prismatic-revolute (P–R) sliding robots. By developing a rigorous analytical framework, he demonstrates how the paradox can be systematically addressed, providing clear conditions for motion determinacy and enabling more reliable control strategies for robotic systems. This work has direct implications for the design of manipulators and walking robots, where friction and impact dynamics are critical. Though his citation count is modest, Alkomy’s contributions are highly specialized and foundational, earning recognition among researchers in contact mechanics and robotics. His approach combines mathematical elegance with practical engineering insight, making his work a valuable reference for those tackling similar challenges in nonlinear systems and multibody dynamics.