A. Laidani

Université des Sciences et de la Technologie d'Oran Mohamed Boudiaf

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About

A. Laidani is a researcher specializing in the dynamics and control of flexible robotic systems, with a particular focus on vibration suppression in lightweight manipulators. Their most-cited work, "Vibration Control of a Two-Link Flexible Manipulator" (2024, 3 citations), addresses a critical challenge in modern robotics: the precise control of flexible structures that inherently suffer from mechanical vibrations. Laidani’s key contribution lies in the mathematical modeling of a two-link flexible manipulator carrying a payload, employing the Euler–Lagrange formalism combined with the assumed modes approach. By adopting dominant vibration modes for Euler–Bernoulli beams under clamped conditions, they provide a rigorous framework for analyzing and controlling strain-induced oscillations. This work is foundational for applications requiring high-speed, lightweight robotic arms, such as aerospace assembly or surgical robotics, where flexibility can compromise accuracy. While still early in their career, Laidani’s research bridges theoretical mechanics and practical control engineering, offering a systematic method to mitigate vibrations in multi-link systems. Their approach is particularly notable for integrating payload dynamics, making it relevant for real-world tasks where manipulators must handle variable loads. As the field advances toward more agile and energy-efficient robots, Laidani’s contributions are poised to gain significant traction among researchers in flexible robotics and structural control.