Luigi Lentini

Papers

Total Citations

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About

Luigi Lentini is a mechanical engineer whose research bridges precision tribology and robotics, with a focus on aerostatic bearings and parallel kinematic machines. His most cited work, "A Lumped Model for Grooved Aerostatic Pad" (2018, 13 citations), introduces a simplified yet accurate analytical framework for predicting the performance of grooved air bearings—critical components in high-precision manufacturing and measurement systems. This model enables engineers to optimize pad design without costly computational fluid dynamics, directly impacting the efficiency of ultra-precision positioning stages. Lentini also explores robotic dynamics, as seen in "Prismatic Delta Robot: A Lagrangian Approach" (2020, 2 citations), where he applies Lagrangian mechanics to derive efficient motion equations for delta robots, offering insights into their dynamic behavior for pick-and-place applications. His work demonstrates a talent for distilling complex physical systems into practical engineering tools, making him a valuable contributor to the fields of mechatronics and precision engineering. Lentini’s research is particularly relevant for students and engineers developing high-speed, high-accuracy automation systems.