Yousef Azizi
Papers
1
Total Citations
1
H-Index
1
About
Yousef Azizi is a researcher whose work centers on the modeling and compensation of friction in robotic systems, with a particular focus on the often-overlooked influence of temperature. His key research areas include nonlinear dynamics, adaptive control, and tribology, where he investigates how thermal variations alter the microscopic interactions between contacting surfaces. Azizi’s major contribution lies in developing rigorous mathematical criteria for the stability of temperature-dependent friction models. In his most cited paper, "A New Uniformly Ultimate Boundedness Criterion for Temperature Dependent Average Bristle Deflections" (2020), he extends classical bristle-based friction models by proving that, under varying thermal conditions, system states remain bounded within a predictable region. This work provides a critical theoretical foundation for designing more robust controllers in precision robotics, where thermal drift can degrade performance. Although his citation count is currently modest (1 citation), the novelty of his approach—bridging thermodynamics with control theory—positions him as an emerging voice in the field. His earlier development of a temperature-dependent friction compensation scheme for serial rigid robot manipulators further underscores his commitment to practical, real-world applications.
Research Focus
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Top Papers
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