Filipe Marques

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About

Filipe Marques is a researcher in biomechanics and multibody dynamics, with a focus on the computational modeling of human gait and legged locomotion. His work bridges mechanical engineering and biology, particularly through the development of passive walking biped models that incorporate realistic contact and friction forces. His most-cited paper, "Passive Walking Biped Model with Dissipative Contact and Friction Forces" (2018, 8 citations), introduces a framework for simulating energy-efficient, natural-looking walking patterns without active control, capturing the subtle effects of foot-ground interaction and energy dissipation. This contribution is significant for advancing prosthetics, rehabilitation robotics, and humanoid robot design, where understanding passive dynamics can lead to more efficient and human-like movement. Marques’s research has been cited in studies on gait stability, contact mechanics, and control strategies for bipedal robots. His work stands out for its rigorous integration of dissipative forces, offering a more realistic foundation for future innovations in assistive technologies and biomechanical simulations.