Duc Nam Nguyen
Papers
2
Total Citations
18
H-Index
2
About
Duc Nam Nguyen is a researcher specializing in computational optimization, robotics, and assistive device design, with a focus on integrating finite element methods, metamodeling, and multiobjective genetic algorithms. His major contributions include developing a hybrid approach that combines the finite element method, Kriging metamodel, and multiobjective genetic algorithm to optimize the design of a flexure elbow joint for upper-limb assistive devices. This work, published in 2019 and garnering 15 citations, addresses the complexity of modeling robotic joints to avoid erroneous Pareto-optimal solutions, directly aiding physically disabled individuals. Nguyen also explores intelligent computation modeling for advanced manufacturing, as seen in his 2022 study on gripper analysis (3 citations). His research bridges theoretical optimization with practical applications in robotics and manufacturing, demonstrating impact through citation counts and a commitment to enhancing assistive technology. By tackling real-world engineering challenges, Nguyen’s work offers valuable insights for students and researchers in mechanical engineering, robotics, and computational design.
Research Focus
Key Achievements
Top Papers
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