Paolo Silvestri

Papers

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About

Paolo Silvestri’s research focuses on the intersection of robotics, urban logistics, and smart mechanical systems, with a particular emphasis on developing innovative solutions for freight transport and automated manufacturing. His most impactful work, "Dynamic investigation on a new robotized vehicle for urban freight transport" (2019), has garnered 22 citations, reflecting its significance in addressing the growing need for efficient, sustainable last-mile delivery systems. In this study, Silvestri introduced a novel robotic vehicle design that integrates dynamic modeling and control strategies to optimize maneuverability and energy efficiency in congested urban environments—a contribution that bridges robotics and transportation engineering. Earlier, his exploration of pseudo-elastic wire applications in robotized cutting systems (2012) demonstrated his versatility in materials science and precision automation, though it remains a niche contribution. Silvestri’s work is notable for its practical orientation, aiming to reduce traffic congestion and emissions through autonomous freight solutions. His achievements include advancing the field of urban robotics by providing a framework for deploying robotized vehicles in real-world logistics networks, making him a key figure in the transition toward smarter, more resilient city infrastructures.