Arman Pazouki
Papers
2
Total Citations
71
H-Index
2
About
Arman Pazouki is a leading researcher in computational mechanics, with a focus on granular dynamics, multibody systems, and active matter. His work bridges the gap between soft matter physics and engineering, providing critical insights into how particles and self-propelled systems interact in complex environments. In his highly cited 2017 paper (51 citations), Pazouki systematically compared compliant (penalty-based) and rigid contact models in granular dynamics, offering a definitive guide for selecting the appropriate simulation method—a contribution that has become a cornerstone for researchers in geomechanics and particulate flows. His 2019 study on undulatory active collisions (20 citations) explores how self-propelled systems, such as swimming microorganisms or robotic swimmers, manage persistent contacts during movement, revealing fundamental scattering dynamics in driven, dissipative systems. This work has implications for understanding collective behavior in active matter and designing bio-inspired robots. Pazouki’s research is notable for its rigorous numerical validation and its ability to unify disparate modeling approaches, making him a key figure in advancing simulation techniques for both natural and engineered particulate systems.
Research Focus
Key Achievements
Top Papers
- 1
- 2Dynamics of scattering in undulatory active collisions20 citations · 2019