Khalid Alluhydan

Papers

Total Citations

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About

Khalid Alluhydan is a researcher whose work bridges the critical fields of biomechanical engineering and nonlinear dynamics. His contributions are defined by a dual focus: improving human quality of life through prosthetic innovation and advancing the theoretical understanding of complex mechanical systems. In his highly cited 2023 review, "Functionality and Comfort Design of Lower-Limb Prosthetics," Alluhydan synthesizes decades of research to highlight persistent gaps in user satisfaction and mobility. This work, garnering 26 citations, serves as a foundational resource for engineers seeking to enhance prosthetic comfort and functionality, directly impacting the lives of amputees. Simultaneously, Alluhydan explores the frontiers of applied mathematics with his 2024 study on a pendulum coupled to a rolling wheel with time-delay. This non-perturbative analysis, earning 21 citations in under a year, provides crucial insights into the stability and behavior of interconnected mechanical systems, with implications for robotics and vibration control. By masterfully connecting human-centered design with rigorous theoretical modeling, Alluhydan demonstrates a rare versatility, establishing himself as a significant voice in both rehabilitative engineering and the physics of complex dynamics.