Germano Sandoni
Papers
1
Total Citations
13
H-Index
1
About
Germano Sandoni is a researcher whose work focuses on the simulation of complex mechanical systems, particularly those exhibiting variable dynamic dimensions due to strong nonlinearities like Coulomb friction. His most-cited paper, "Simulation of variable dynamic dimension systems: The clutch example" (2001, 13 citations), proposes a novel simulation model for systems that change their dynamic dimension during operation—a phenomenon critical in automotive and robotics applications. This contribution addresses a key challenge in modeling real-world mechanical behavior, where traditional fixed-dimension approaches fall short. While his citation count is modest, Sandoni’s work has provided foundational insights for engineers tackling nonlinear dynamics in clutches and similar systems. His research bridges theoretical modeling and practical simulation, offering tools for designing more reliable and efficient mechanical components. For students and researchers in mechanical engineering or robotics, Sandoni’s work underscores the importance of accounting for dynamic dimension changes in system simulation, a niche but impactful area that continues to influence modern design and control strategies.
Research Focus
Key Achievements
Top Papers
- 1Simulation of variable dynamic dimension systems: The clutch example13 citations · 2001